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HMS, BM EQ-Bank 286

Analyse how the different components of the FITT principle could be manipulated to create an anaerobic training program for a 400 metre runner.   (8 marks)

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Sample Answer 

Overview Statement:

  • The FITT principle components must be carefully manipulated for 400m running due to the event’s unique anaerobic demands.
  • Key relationships exist between frequency and recovery needs, intensity and energy system targeting, plus time intervals affecting training effectiveness.

Component Relationship 1:

  • Frequency directly influences recovery and training quality in anaerobic programs.
  • 400m runners require 2-3 sessions weekly because high-intensity training creates significant muscle fatigue requiring 48-72 hours recovery.
  • This relationship means more frequent sessions would compromise training quality and increase injury risk.
  • Training frequency connects to intensity levels – as workout intensity increases, frequency must decrease to allow adequate recovery between sessions.

Component Relationship 2:

  • Time and intensity work together to target specific energy systems crucial for 400m performance.
  • Work intervals of 30-90 seconds at 85-95% MHR enable glycolytic system development while shorter 10-30 second intervals at maximum effort target the ATP-PCr system.
  • Rest periods interact with work duration – longer work intervals require extended recovery (1:3 ratios) to prevent excessive fatigue accumulation.
  • This combination allows runners to develop both speed and lactate tolerance essential for 400m racing.

Implications and Synthesis:

  • These component relationships demonstrate how FITT manipulation shapes training effectiveness for 400m performance.
  • Frequency limitations force coaches to maximise session quality through careful intensity and time selection.
  • The significance is that successful 400m training depends on balancing high-intensity demands with adequate recovery while targeting both anaerobic energy systems through varied interval durations.

Show Worked Solution

Sample Answer 

Overview Statement:

  • The FITT principle components must be carefully manipulated for 400m running due to the event’s unique anaerobic demands.
  • Key relationships exist between frequency and recovery needs, intensity and energy system targeting, plus time intervals affecting training effectiveness.

Component Relationship 1:

  • Frequency directly influences recovery and training quality in anaerobic programs.
  • 400m runners require 2-3 sessions weekly because high-intensity training creates significant muscle fatigue requiring 48-72 hours recovery.
  • This relationship means more frequent sessions would compromise training quality and increase injury risk.
  • Training frequency connects to intensity levels – as workout intensity increases, frequency must decrease to allow adequate recovery between sessions.

Component Relationship 2:

  • Time and intensity work together to target specific energy systems crucial for 400m performance.
  • Work intervals of 30-90 seconds at 85-95% MHR enable glycolytic system development while shorter 10-30 second intervals at maximum effort target the ATP-PCr system.
  • Rest periods interact with work duration – longer work intervals require extended recovery (1:3 ratios) to prevent excessive fatigue accumulation.
  • This combination allows runners to develop both speed and lactate tolerance essential for 400m racing.

Implications and Synthesis:

  • These component relationships demonstrate how FITT manipulation shapes training effectiveness for 400m performance.
  • Frequency limitations force coaches to maximise session quality through careful intensity and time selection.
  • The significance is that successful 400m training depends on balancing high-intensity demands with adequate recovery while targeting both anaerobic energy systems through varied interval durations.

HMS, BM EQ-Bank 285

Compare and contrast how the FITT principle would be implemented for a basketball player focusing on anaerobic training versus aerobic training.   (8 marks)

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Sample Answer 

Similarities

  • Both training types require structured frequency of 3-4 sessions weekly, preventing overtraining while ensuring fitness improvements.
  • Both utilise progressive overload through systematic FITT manipulation.
  • Both incorporate basketball-specific movements maintaining skill transfer during conditioning.
  • Both require careful planning to balance training with skill practice sessions.
  • Both use heart rate monitoring and recovery tracking to ensure appropriate training loads.

Differences:

  • Anaerobic training requires 48-72 hour recovery between sessions due to high muscle fatigue.
  • Aerobic sessions allow consecutive days as lower intensity permits faster recovery, enabling 4-5 weekly sessions.
  • Anaerobic training demands 85-100% maximum effort targeting explosive power development.
  • Aerobic training maintains 65-80% MHR, allowing sustained energy production for endurance building.
  • Anaerobic sessions involve 10-60 second work intervals with extended rest periods, totalling 20-30 minutes high-intensity work.
  • Aerobic training requires continuous 30-60 minute sessions developing cardiovascular endurance for game demands.
  • Anaerobic training emphasises explosive movements like sprint drills, jumping exercises, and defensive slides.
  • Aerobic training utilises continuous running, cycling, or sustained basketball drills maintaining moderate intensity.

Application significance:

  • Basketball’s stop-start nature requires both energy systems working effectively.
  • Anaerobic training develops explosive plays, fast breaks, and jumping ability.
  • Aerobic training enables recovery between high-intensity efforts and maintains performance throughout games.
  • Successful programs combine both training types based on season timing and player needs.

Show Worked Solution

Sample Answer 

Similarities

  • Both training types require structured frequency of 3-4 sessions weekly, preventing overtraining while ensuring fitness improvements.
  • Both utilise progressive overload through systematic FITT manipulation.
  • Both incorporate basketball-specific movements maintaining skill transfer during conditioning.
  • Both require careful planning to balance training with skill practice sessions.
  • Both use heart rate monitoring and recovery tracking to ensure appropriate training loads.

Differences:

  • Anaerobic training requires 48-72 hour recovery between sessions due to high muscle fatigue.
  • Aerobic sessions allow consecutive days as lower intensity permits faster recovery, enabling 4-5 weekly sessions.
  • Anaerobic training demands 85-100% maximum effort targeting explosive power development.
  • Aerobic training maintains 65-80% MHR, allowing sustained energy production for endurance building.
  • Anaerobic sessions involve 10-60 second work intervals with extended rest periods, totalling 20-30 minutes high-intensity work.
  • Aerobic training requires continuous 30-60 minute sessions developing cardiovascular endurance for game demands.
  • Anaerobic training emphasises explosive movements like sprint drills, jumping exercises, and defensive slides.
  • Aerobic training utilises continuous running, cycling, or sustained basketball drills maintaining moderate intensity.

Application significance:

  • Basketball’s stop-start nature requires both energy systems working effectively.
  • Anaerobic training develops explosive plays, fast breaks, and jumping ability.
  • Aerobic training enables recovery between high-intensity efforts and maintains performance throughout games.
  • Successful programs combine both training types based on season timing and player needs.

HMS, BM EQ-Bank 284

Explain how the Time and Intensity components of the FITT principle would be implemented for a sprinter competing in a 100 m event.   (5 marks)

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Sample Answer 

Time:

  • Work intervals must be 5-15 seconds to match the 100m race duration and target the ATP-PCr system.
  • Recovery periods require 2-5 minutes between efforts, which creates work-to-rest ratios of 1:10-20..
  • This extended recovery allows complete phosphate replenishment essential for maintaining sprint quality..

Intensity:

  • Training must occur at 90-100% maximum velocity to recruit fast-twitch muscle fibres.
  • This develops neuromuscular patterns specific to sprinting.
  • Sub-maximal efforts fail to stimulate the improvements required for elite speed development.

Relationship:

  • Short time periods enable maximum intensity maintenance throughout each repetition.
  • Attempting longer durations forces intensity reduction as the glycolytic system activates.
  • This compromises sprint-specific improvements.

Progressive application:

  • Early season uses slightly longer intervals (10-15 seconds) at 90-95% intensity because this builds capacity.
  • Competition phase shifts to race-specific times (9-11 seconds) at 100% intensity.
  • This progression develops speed endurance before pure speed, preventing injury while optimising 100m performance.
Show Worked Solution

Sample Answer 

Time:

  • Work intervals must be 5-15 seconds to match the 100m race duration and target the ATP-PCr system.
  • Recovery periods require 2-5 minutes between efforts, which creates work-to-rest ratios of 1:10-20..
  • This extended recovery allows complete phosphate replenishment essential for maintaining sprint quality..

Intensity:

  • Training must occur at 90-100% maximum velocity to recruit fast-twitch muscle fibres.
  • This develops neuromuscular patterns specific to sprinting.
  • Sub-maximal efforts fail to stimulate the improvements required for elite speed development.

Relationship:

  • Short time periods enable maximum intensity maintenance throughout each repetition.
  • Attempting longer durations forces intensity reduction as the glycolytic system activates.
  • This compromises sprint-specific improvements.

Progressive application:

  • Early season uses slightly longer intervals (10-15 seconds) at 90-95% intensity because this builds capacity.
  • Competition phase shifts to race-specific times (9-11 seconds) at 100% intensity.
  • This progression develops speed endurance before pure speed, preventing injury while optimising 100m performance.

HMS, BM EQ-Bank 283

Describe the FITT principle and its application to anaerobic training.   (4 marks)

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Sample Answer 

  • The FITT principle provides a framework for designing effective training programs using Frequency (how often), Intensity (how hard), Time (duration), and Type (exercise selection).
  • For anaerobic training, frequency involves 2-4 sessions weekly with 48-72 hours recovery between sessions to allow muscle repair.
  • Intensity requires high effort at 80-95% MHR or maximum effort to effectively target ATP-PCr and glycolytic systems.
  • Time features short work intervals of 10-60 seconds with rest periods 2-3 times longer than work periods.
  • Type includes sprint intervals, plyometrics, resistance training, and sport-specific high-intensity drills that develop power and speed through ATP-PCr and glycolytic pathways.

Show Worked Solution

Sample Answer 

  • The FITT principle provides a framework for designing effective training programs using Frequency (how often), Intensity (how hard), Time (duration), and Type (exercise selection).
  • For anaerobic training, frequency involves 2-4 sessions weekly with 48-72 hours recovery between sessions to allow muscle repair.
  • Intensity requires high effort at 80-95% MHR or maximum effort to effectively target ATP-PCr and glycolytic systems.
  • Time features short work intervals of 10-60 seconds with rest periods 2-3 times longer than work periods.
  • Type includes sprint intervals, plyometrics, resistance training, and sport-specific high-intensity drills that develop power and speed through ATP-PCr and glycolytic pathways.

HMS, BM EQ-Bank 278

Analyse how the "type" component of the FITT principle can be manipulated to improve aerobic capacity in team sport athletes.   (8 marks)

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Sample Answer

Overview Statement:

  •  The “type” component interacts with other FITT elements to create sport-specific aerobic development that enhances transfer to team sport performance.

Sample Answer – Any 3 – 4 of the following in depth

Small-sided games:

  • Small-sided games (3v3 to 6v6) maintain high heart rates (70-85% MHR) while developing sport-specific movement patterns. This creates high transfer to competition while maintaining athlete motivation compared to traditional aerobic training.

Sport-specific interval training:

  • Intervals replicate movement patterns and work-to-rest ratios of specific sports. Basketball players perform court-length sprints and defensive slides rather than generic running. This enhances transfer of aerobic development to game performance.

Circuit training:

  • Circuits combine aerobic exercises with sport-specific skills to develop aerobic capacity while maintaining technical proficiency. Coaches manipulate work periods and exercise selection to create appropriate stimulus while reinforcing skill development.

Cross-training:

  • Different aerobic activities (cycling, swimming, rowing) provide effective stimulus while reducing strain from repeated sport-specific movements. This is particularly valuable during heavy competition periods or for injured athletes.

Fartlek training:

  • Variable-intensity training with sport-specific movements allows athletes to develop aerobic capacity that mimics the unpredictable nature of team sports. Sessions can be structured or unstructured depending on training phase needs.

Environmental manipulation:

  • Changing environments (sand, hills, water) increases training stimulus while maintaining sport-specific movement patterns. Beach volleyball players performing footwork drills in sand increases intensity while enhancing sport-specific benefits.

High-intensity aerobic intervals:

  • High-intensity intervals (85-95% MHR) develop both aerobic power and lactate buffering capacity. These must be carefully designed to match sport demands and recovery capacities.

Implications:

  • Effective “type” manipulation integrates multiple training methods throughout structured programs, with emphasis shifting from general aerobic development to sport-specific training as competition approaches.

Show Worked Solution

Overview Statement:

  •  The “type” component interacts with other FITT elements to create sport-specific aerobic development that enhances transfer to team sport performance.

Sample Answer – Any 3 – 4 of the following in depth

Small-sided games:

  • Small-sided games (3v3 to 6v6) maintain high heart rates (70-85% MHR) while developing sport-specific movement patterns. This creates high transfer to competition while maintaining athlete motivation compared to traditional aerobic training.

Sport-specific interval training:

  • Intervals replicate movement patterns and work-to-rest ratios of specific sports. Basketball players perform court-length sprints and defensive slides rather than generic running. This enhances transfer of aerobic development to game performance.

Circuit training:

  • Circuits combine aerobic exercises with sport-specific skills to develop aerobic capacity while maintaining technical proficiency. Coaches manipulate work periods and exercise selection to create appropriate stimulus while reinforcing skill development.

Cross-training:

  • Different aerobic activities (cycling, swimming, rowing) provide effective stimulus while reducing strain from repeated sport-specific movements. This is particularly valuable during heavy competition periods or for injured athletes.

Fartlek training:

  • Variable-intensity training with sport-specific movements allows athletes to develop aerobic capacity that mimics the unpredictable nature of team sports. Sessions can be structured or unstructured depending on training phase needs.

Environmental manipulation:

  • Changing environments (sand, hills, water) increases training stimulus while maintaining sport-specific movement patterns. Beach volleyball players performing footwork drills in sand increases intensity while enhancing sport-specific benefits.

High-intensity aerobic intervals:

  • High-intensity intervals (85-95% MHR) develop both aerobic power and lactate buffering capacity. These must be carefully designed to match sport demands and recovery capacities.

Implications:

  • Effective “type” manipulation integrates multiple training methods throughout structured programs, with emphasis shifting from general aerobic development to sport-specific training as competition approaches.

HMS, BM EQ-Bank 282 MC

Which of the following is the most accurate definition of the 'Intensity' component of the FITT principle when applied to anaerobic training?

  1. The number of training sessions performed each week
  2. The duration of each workout or exercise session
  3. The level of exertion or effort during the activity expressed as a percentage of maximum heart rate or RPE
  4. The specific exercise selection within the workout plan
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\(C\)

Show Worked Solution
  • C is correct: Intensity = level of exertion, measured as % maximum heart rate or RPE scale.

Other Options:

  • A is incorrect: Describes the Frequency component of FITT.
  • B is incorrect: Describes the Time component of FITT.
  • D is incorrect: Describes the Type component of FITT.

HMS, BM EQ-Bank 281 MC

A basketball player is designing an anaerobic training program based on the FITT principle. Which of the following represents the most appropriate application of the principle for this athlete?

  1. Training 5-6 days per week at 40-50% of maximum heart rate for 60 minutes of continuous jogging
  2. Training 3-4 days per week at 80-90% of maximum heart rate for 20-30 seconds with 60-90 second rest periods
  3. Training 2 days per week at 60-70% of maximum heart rate for 45 minutes of cycling
  4. Training 1 day per week at 95-100% of maximum heart rate for 3 minutes of continuous sprinting
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\(B\)

Show Worked Solution
  • B is correct: Appropriate frequency, high intensity, short intervals with adequate rest for anaerobic training.

Other Options:

  • A is incorrect: Low intensity continuous training develops aerobic not anaerobic capacity.
  • C is incorrect: Low frequency/intensity; continuous cycling targets aerobic systems.
  • D is incorrect: Once weekly insufficient; 3-minute sprints not sustainable.

HMS, BM EQ-Bank 280 MC

The FITT principle includes which of the following components?

  1. Frequency, Intensity, Time, Type
  2. Flexibility, Intensity, Training, Threshold
  3. Frequency, Intervals, Timing, Technique
  4. Function, Intensity, Time, Type
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\(A\)

Show Worked Solution
  • A is correct: The FITT principle stands for Frequency, Intensity, Time, and Type.

Other Options:

  • B is incorrect: Flexibility and Threshold are not part of the FITT acronym.
  • C is incorrect: Intervals, Timing, and Technique are not part of the FITT acronym.
  • D is incorrect: Function is not part of the FITT acronym.

HMS, BM EQ-Bank 279

Evaluate the effectiveness of different aerobic training methods for developing a marathon runner's conditioning program based on the FITT principle.   (12 marks)

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Sample Answer 

Evaluation Statement:

  • Different aerobic training methods show varying effectiveness for marathon preparation, with aerobic interval training proving highly effective overall.
  • Key criteria include race specificity, fitness improvements achieved, and injury risk considerations.

Race Specificity:

  • Long slow distance training (LSD) partially fulfils marathon demands through base endurance development at 60-70% MHR.
  • While strong in building aerobic foundation, it fails to achieve race-pace preparation.
  • Aerobic interval training at 75-85% MHR proves superior for developing marathon-specific pace, with endurance improvements directly transferring to race performance.
  • Although effective for aerobic fitness development, high-intensity interval training shows limitations in marathon application due to excessive intensity.

Fitness Improvements:

  • Evidence supporting LSD includes enhanced endurance capacity and fat burning through prolonged efforts.
  • Aerobic interval training proves highly effective in developing fatigue resistance critical for sustained pace.
  • The overall evaluation demonstrates aerobic interval training’s superiority in race-specific fitness development.
  • High-intensity interval training, while inadequate for primary marathon preparation, contributes valuable running efficiency improvements when used sparingly.

Injury Prevention:

  • LSD’s effectiveness lies in allowing high training volume with minimal physical stress on the body.
  • Aerobic interval training adequately fulfils safety requirements when limited to appropriate frequency.
  • The evidence indicates that excessive high-intensity work proves insufficient for safe marathon preparation.
  • Weighing these factors shows LSD’s critical role in injury-free endurance development

Final Evaluation:

  • The strengths outweigh the weaknesses because integrated programming maximises benefits while minimising risks.
  • While strong in different areas, no single method proves comprehensive.
  • The most effective approach combines 70% LSD, 20-25% aerobic intervals, and 5-10% high-intensity intervals.
  • Although effective for base fitness development, LSD alone proves less suitable for performance improvement without aerobic interval training’s race-specific training benefits.
Show Worked Solution

Sample Answer 

Evaluation Statement:

  • Different aerobic training methods show varying effectiveness for marathon preparation, with aerobic interval training proving highly effective overall.
  • Key criteria include race specificity, fitness improvements achieved, and injury risk considerations.

Race Specificity:

  • Long slow distance training (LSD) partially fulfils marathon demands through base endurance development at 60-70% MHR.
  • While strong in building aerobic foundation, it fails to achieve race-pace preparation.
  • Aerobic interval training at 75-85% MHR proves superior for developing marathon-specific pace, with endurance improvements directly transferring to race performance.
  • Although effective for aerobic fitness development, high-intensity interval training shows limitations in marathon application due to excessive intensity.

Fitness Improvements:

  • Evidence supporting LSD includes enhanced endurance capacity and fat burning through prolonged efforts.
  • Aerobic interval training proves highly effective in developing fatigue resistance critical for sustained pace.
  • The overall evaluation demonstrates aerobic interval training’s superiority in race-specific fitness development.
  • High-intensity interval training, while inadequate for primary marathon preparation, contributes valuable running efficiency improvements when used sparingly.

Injury Prevention:

  • LSD’s effectiveness lies in allowing high training volume with minimal physical stress on the body.
  • Aerobic interval training adequately fulfils safety requirements when limited to appropriate frequency.
  • The evidence indicates that excessive high-intensity work proves insufficient for safe marathon preparation.
  • Weighing these factors shows LSD’s critical role in injury-free endurance development

Final Evaluation:

  • The strengths outweigh the weaknesses because integrated programming maximises benefits while minimising risks.
  • While strong in different areas, no single method proves comprehensive.
  • The most effective approach combines 70% LSD, 20-25% aerobic intervals, and 5-10% high-intensity intervals.
  • Although effective for base fitness development, LSD alone proves less suitable for performance improvement without aerobic interval training’s race-specific training benefits.

HMS, BM EQ-Bank 277

Explain how you would apply each component of the FITT principle when designing an aerobic training program for a recreational tennis player.   (5 marks)

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Sample Answer

  • The FITT principle provides a framework using Frequency, Intensity, Time and Type for designing effective training programs.
  • For a recreational tennis player allowing 3-4 sessions weekly for frequency provides sufficient aerobic stimulus while still having 48-72 hours recovery between sessions. This helps prevent overtraining in recreational athletes.
  • Adopting an intensity of 65-75% MHR which is in the moderate zone, effectively develops aerobic capacity without excessive fatigue for non-competitive athletes.
  • Including one session at 75-80% MHR weekly so players develop their lactate buffering capacity, enhances rally endurance during longer matches.
  • Recreational players will benefit from sessions of 30-40 minutes for time because this duration stimulates cardiovascular improvements while maintaining quality.
  • Progressing session duration by 5-10% every two weeks provides gradual increases that allow fitness development without injury risk.
  • A combination of continuous running with tennis-specific movements is suitable for type and enables aerobic fitness development, while maintaining sport-specific patterns.
  • On-court drills at moderate intensity should be included as this integrates skill maintenance with aerobic development.
  • Moderate intensity training enables higher frequency because recovery demands remain manageable, optimising aerobic development for recreational tennis players.

Show Worked Solution

Sample Answer

  • The FITT principle provides a framework using Frequency, Intensity, Time and Type for designing effective training programs.
  • For a recreational tennis player allowing 3-4 sessions weekly for frequency provides sufficient aerobic stimulus while still having 48-72 hours recovery between sessions. This helps prevent overtraining in recreational athletes.
  • Adopting an intensity of 65-75% MHR which is in the moderate zone, effectively develops aerobic capacity without excessive fatigue for non-competitive athletes.
  • Including one session at 75-80% MHR weekly so players develop their lactate buffering capacity, enhances rally endurance during longer matches.
  • Recreational players will benefit from sessions of 30-40 minutes for time because this duration stimulates cardiovascular improvements while maintaining quality.
  • Progressing session duration by 5-10% every two weeks provides gradual increases that allow fitness development without injury risk.
  • A combination of continuous running with tennis-specific movements is suitable for type and enables aerobic fitness development, while maintaining sport-specific patterns.
  • On-court drills at moderate intensity should be included as this integrates skill maintenance with aerobic development.
  • Moderate intensity training enables higher frequency because recovery demands remain manageable, optimising aerobic development for recreational tennis players.

HMS, BM EQ-Bank 275 MC

Which heart rate zone should a hockey player target during the aerobic development phase of their training program based on the FITT principle?

  1. 50-60% of maximum heart rate
  2. 65-75% of maximum heart rate
  3. 80-90% of maximum heart rate
  4. 90-100% of maximum heart rate
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\(B\)

Show Worked Solution
  • B is correct: 65-75% MHR is moderate intensity for aerobic development.

Other Options:

  • A is incorrect: Too low for aerobic development; recovery intensity only.
  • C is incorrect: High intensity targets anaerobic not aerobic capacity.
  • D is incorrect: Maximum intensity for anaerobic training, not aerobic.

HMS, BM EQ-Bank 274 MC

A cross-country runner wants to improve their aerobic capacity. Which frequency component of the FITT principle is most appropriate for their training program?

  1. Training once per week with high intensity
  2. Training twice per week with moderate intensity
  3. Training 4-5 times per week with moderate-high intensity
  4. Training daily with maximum intensity
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\(C\)

Show Worked Solution
  • C is correct: Optimal frequency for aerobic development with adequate recovery.

Other Options:

  • A is incorrect: Once weekly insufficient for aerobic capacity.
  • B is incorrect: Twice weekly below minimum for aerobic development.
  • D is incorrect: Daily training → no recovery, max intensity → anaerobic focus.

HMS, BM EQ-Bank 270

Explain how you would apply the FITT principle when designing an aerobic training program for an adolescent soccer player focusing on pre-season conditioning.   (5 marks)

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Sample Answer

  • Begin with 3 sessions weekly in early pre-season, then increasing to 4 sessions as fitness improves because this allows recovery while building aerobic base essential for soccer’s continuous running demands.
  • Start intensity at 65-70% MHR for first 2-3 weeks to establish base fitness, then progress to 70-80% MHR as conditioning improves because gradual increases prevent overload in developing athletes.
  • Monitor intensity through heart rate zones because this ensures consistent training stimulus while accommodating adolescent growth variations that can affect training responses.
  • Begin with 20-30 minute sessions, progressively increasing to 35-45 minutes because longer durations develop the aerobic capacity needed for 90-minute match demands.
  • Vary between continuous running, fartlek training and soccer-specific drills with the ball because this maintains engagement while building aerobic foundation required for match fitness.
  • Include small-sided games (3v3, 4v4) as these maintain skill development while providing aerobic stimulus specific to soccer movement patterns.
  • Progressive overload occurs by increasing duration first, then frequency, finally intensity because this gradual progression prevents overtraining in adolescent athletes whose bodies are still developing.
Show Worked Solution

Sample Answer

  • Begin with 3 sessions weekly in early pre-season, then increasing to 4 sessions as fitness improves because this allows recovery while building aerobic base essential for soccer’s continuous running demands.
  • Start intensity at 65-70% MHR for first 2-3 weeks to establish base fitness, then progress to 70-80% MHR as conditioning improves because gradual increases prevent overload in developing athletes.
  • Monitor intensity through heart rate zones because this ensures consistent training stimulus while accommodating adolescent growth variations that can affect training responses.
  • Begin with 20-30 minute sessions, progressively increasing to 35-45 minutes because longer durations develop the aerobic capacity needed for 90-minute match demands.
  • Vary between continuous running, fartlek training and soccer-specific drills with the ball because this maintains engagement while building aerobic foundation required for match fitness.
  • Include small-sided games (3v3, 4v4) as these maintain skill development while providing aerobic stimulus specific to soccer movement patterns.
  • Progressive overload occurs by increasing duration first, then frequency, finally intensity because this gradual progression prevents overtraining in adolescent athletes whose bodies are still developing.

HMS, BM EQ-Bank 268

Outline how the 'Frequency' component of the FITT principle differs for aerobic and anaerobic training programs.   (3 marks)

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Sample Answer

  • Aerobic training allows 3-5 sessions weekly with consecutive training days because lower intensity enables faster recovery within 24 hours.
  • Anaerobic training requires 2-4 sessions weekly with non-consecutive days due to high muscle fatigue requiring 48-72 hours recovery between sessions.
  • Greater muscle damage from anaerobic training needs longer rest periods compared to aerobic training’s lower stress levels.
  • Beginners should use 2-3 sessions regardless of training type, while advanced athletes can use upper frequency ranges for both.

Show Worked Solution

Sample Answer

  • Aerobic training allows 3-5 sessions weekly with consecutive training days because lower intensity enables faster recovery within 24 hours.
  • Anaerobic training requires 2-4 sessions weekly with non-consecutive days due to high muscle fatigue requiring 48-72 hours recovery between sessions.
  • Greater muscle damage from anaerobic training needs longer rest periods compared to aerobic training’s lower stress levels.
  • Beginners should use 2-3 sessions regardless of training type, while advanced athletes can use upper frequency ranges for both.

HMS, BM EQ-Bank 267

Outline how the 'Time' component of the FITT principle should be applied when designing an anaerobic training program.   (3 marks)

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Sample Answer

  • Work intervals of 10-30 seconds target ATP-PCr system development while 30-60 seconds target glycolytic (lactic acid) system training.
  • Total session time should be 15-30 minutes of actual high-intensity work, which is shorter than aerobic training due to greater fatigue.
  • Recovery intervals use work-to-rest ratios of 1:3 to 1:5 to allow energy recovery between efforts.
  • Progression involves increasing duration by 5-10% weekly while maintaining quality over quantity to prevent overtraining.

Show Worked Solution

Sample Answer

  • Work intervals of 10-30 seconds target ATP-PCr system development while 30-60 seconds target glycolytic (lactic acid) system training.
  • Total session time should be 15-30 minutes of actual high-intensity work, which is shorter than aerobic training due to greater fatigue.
  • Recovery intervals use work-to-rest ratios of 1:3 to 1:5 to allow energy recovery between efforts.
  • Progression involves increasing duration by 5-10% weekly while maintaining quality over quantity to prevent overtraining.

HMS, BM EQ-Bank 266

Describe how you would apply the 'Intensity' component of the FITT principle when designing an aerobic training program for a basketball player.   (3 marks)

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Sample Answer

  • Basketball players require moderate intensity of 65-75% MHR to build aerobic base without excessive fatigue during training.
  • Higher intensity sessions at 75-85% MHR develop the player’s ability to maintain effort during repeated sprints and defensive plays.
  • Variable intensity training using basketball-specific drills allows players to experience game-like heart rates while developing aerobic fitness.
  • Intensity should match the player’s fitness level, starting lower for beginners and progressing higher as conditioning improves.
  • Monitoring intensity through heart rate zones ensures training targets the aerobic system effectively for basketball’s continuous movement demands.
  • Game simulation intensities of 70-85% MHR prepare players for the physical demands of actual competition.

Show Worked Solution

Sample Answer

  • Basketball players require moderate intensity of 65-75% MHR to build aerobic base without excessive fatigue during training.
  • Higher intensity sessions at 75-85% MHR develop the player’s ability to maintain effort during repeated sprints and defensive plays.
  • Variable intensity training using basketball-specific drills allows players to experience game-like heart rates while developing aerobic fitness.
  • Intensity should match the player’s fitness level, starting lower for beginners and progressing higher as conditioning improves.
  • Monitoring intensity through heart rate zones ensures training targets the aerobic system effectively for basketball’s continuous movement demands.
  • Game simulation intensities of 70-85% MHR prepare players for the physical demands of actual competition.

HMS, BM EQ-Bank 264 MC

A tennis player wants to improve court-specific endurance. Which application of the 'Type' component of the FITT principle would be most effective?

  1. Weight training focusing on maximum strength with 2-minute rest periods
  2. Long slow distance running on a treadmill for 45 minutes continuously
  3. Swimming laps to develop general cardiovascular fitness
  4. Court-based interval training with movement patterns specific to tennis
Show Answers Only

\(D\)

Show Worked Solution
  • D is correct: Court-based intervals match tennis movement patterns for best results.

Other Options:

  • A is incorrect: Develops strength not endurance; lacks tennis movements.
  • B is incorrect: Forward-only motion; lacks tennis multi-directional patterns.
  • C is incorrect: Different muscles/movements than tennis; limited relevance.

HMS, BM EQ-Bank 262 MC

A swimmer aims to improve their anaerobic capacity for 100 metre sprint events. Which training program based on the FITT principle is most appropriate?

  1. Frequency: daily; Intensity: 60% MHR; Time: 45 minutes; Type: continuous swimming
  2. Frequency: 3-4 times per week; Intensity: 85-95% MHR; Time: 20-30 minutes; Type: interval training
  3. Frequency: twice weekly; Intensity: 70% MHR; Time: 60 minutes; Type: fartlek training
  4. Frequency: 5 times per week; Intensity: 65-75% MHR; Time: 90 minutes; Type: long slow distance
Show Answers Only

\(B\)

Show Worked Solution
  • B is correct: High-intensity intervals, 85-95% MHR, with adequate recovery for anaerobic capacity.

Other Options:

  • A is incorrect: Moderate intensity, continuous → aerobic training.
  • C is incorrect: Low frequency, low intensity for anaerobic development.
  • D is incorrect: Endurance training parameters, not sprint-focused.

HMS, BM EQ-Bank 260 MC

The table below compares two different interval training methods.

\begin{array} {|l|l|l|l|l|}
\hline \textbf{Training} & \textbf{Work} & \textbf{Work } & \textbf{Rest} & \textbf{Total Session} \\
\textbf{Method} &  \textbf{Duration} & \textbf{Intensity} &   \textbf{Duration} & \textbf{Duration}\\
\hline \text{Method X} & \text{30 seconds} & \text{All-out maximal effort} & \text{4 minutes} & \text{20 - 25 minutes}  \\
\hline \text{Method Y} & \text{4 minutes} & \text{90% of MHR} & \text{3 minutes} & \text{30 - 35 minutes}  \\
\hline \end{array}

Which of the following correctly identifies Methods X and Y and their primary training effects?

  1. Method X: HIIT - primarily improves aerobic capacity; Method Y: SIT - primarily improves anaerobic power
  2. Method X: HIIT - primarily improves lactate threshold; Method Y: SIT - primarily improves speed endurance
  3. Method X: SIT - primarily improves speed endurance; Method Y: HIIT - primarily improves lactate threshold
  4. Method X: HIIT - primarily improves aerobic capacity; Method Y: SIT - primarily improves anaerobic power
Show Answers Only

\(D\)

Show Worked Solution

Consider Option D:

  • Method X is SIT (short maximal efforts) improving anaerobic power.
  • Method Y is HIIT (longer submaximal efforts) improving aerobic capacity.

Other Options:

  • A is incorrect: Reverses the primary effects of each method.
  • B is incorrect: Misidentifies the primary training effects. SIT targets power, HIIT targets aerobic capacity.
  • C is incorrect: Incorrectly labels Method X as HIIT and Method Y as SIT.

\(\Rightarrow D\)

HMS, BM EQ-Bank 258 MC

A volleyball player completes an aerobic continuous training session by riding a stationary bike at a constant pace for 50 minutes at 65% of maximum heart rate.

What is the primary energy system being targeted by this type of training?

  1. ATP-PC system
  2. Lactic acid system
  3. Aerobic energy system
  4. All energy systems equally
Show Answers Only

\(C\)

Show Worked Solution
  • C is correct: Extended duration at moderate intensity targets aerobic system.

Other Options:

  • A is incorrect: ATP-PC system only operates for 10-15 seconds.
  • B is incorrect: Lactic acid system operates for 30 seconds to 2 minutes.
  • D is incorrect: This training specifically targets aerobic energy system.

HMS, BM EQ-Bank 255

Compare how continuous aerobic training and High Intensity Interval Training (HIIT) would be applied differently for a triathlete versus a baseball pitcher. Provide specific examples from each sport.   (6 marks)

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Sample Answer

Similarities:

  • Both athletes use continuous and HIIT training in their programs
  • Both need cardiovascular fitness for overall health
  • Both use training to support sport performance
  • Both adjust training based on competition schedules

Differences:

  • Training volume:
    • Triathlete: 2-4 hour continuous sessions at 70-80% MHR
    • Pitcher: 20-30 minute sessions for recovery only
  • Training emphasis:
    • Triathlete: 80% continuous aerobic, 20% HIIT
    • Pitcher: 20% continuous, 80% anaerobic intervals
  • HIIT application:
    • Triathlete: Race-pace intervals (10 x 400m swim at 85-90% MHR)
    • Pitcher: Pitch-specific bursts (10-second throws, 30-60 second rest)
  • Purpose of continuous training:
    • Triathlete: Builds endurance for 2+ hour events
    • Pitcher: Aids recovery between games
  • Recovery methods:
    • Triathlete: Low-intensity continuous work at 60-70% MHR
    • Pitcher: Complete rest to avoid fatigue
Show Worked Solution

Sample Answer

Similarities:

  • Both athletes use continuous and HIIT training in their programs
  • Both need cardiovascular fitness for overall health
  • Both use training to support sport performance
  • Both adjust training based on competition schedules

Differences:

  • Training volume:
    • Triathlete: 2-4 hour continuous sessions at 70-80% MHR
    • Pitcher: 20-30 minute sessions for recovery only
  • Training emphasis:
    • Triathlete: 80% continuous aerobic, 20% HIIT
    • Pitcher: 20% continuous, 80% anaerobic intervals
  • HIIT application:
    • Triathlete: Race-pace intervals (10 x 400m swim at 85-90% MHR)
    • Pitcher: Pitch-specific bursts (10-second throws, 30-60 second rest)
  • Purpose of continuous training:
    • Triathlete: Builds endurance for 2+ hour events
    • Pitcher: Aids recovery between games
  • Recovery methods:
    • Triathlete: Low-intensity continuous work at 60-70% MHR
    • Pitcher: Complete rest to avoid fatigue

HMS, BM EQ-Bank 254

Olympic kayaking includes 200 and 500 metre sprint events, of 35 seconds to 2 minute duration, requiring explosive power and anaerobic capacity. Distance events such as the 1000 metre lasting 3-4 minutes, demand sustained aerobic endurance.

Explain how continuous aerobic training and High Intensity Interval Training (HIIT) result in different physiological adaptations and performance outcomes for an Olympic kayaker.   (5 marks)

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Sample Answer

  • Continuous training at 65-75% MHR develops endurance for 1000m events. This occurs because sustained paddling strengthens the heart and improves oxygen delivery to working muscles. Kayakers maintain steady speed for 3-4 minutes without excessive fatigue. As a result, they excel in distance events requiring consistent pace.
  • HIIT alternating 85-95% MHR efforts with recovery builds explosive power. The reason is high-intensity intervals train muscles for maximum force production. Sprint kayakers develop ability to paddle explosively for 35 seconds to 2 minutes. Consequently, they achieve faster starts and maintain speed throughout 200m and 500m races.
  • Each method creates different body responses. Continuous training improves heart efficiency and oxygen use during extended efforts. HIIT develops the ability to work hard despite lactic acid build-up. Therefore, each method prepares kayakers for their specific race demands.
  • Sprint kayakers emphasise 70% HIIT with 30% continuous work. Distance paddlers reverse this ratio. Hence, training programs match each event’s unique energy requirements.
Show Worked Solution

Sample Answer

  • Continuous training at 65-75% MHR develops endurance for 1000m events. This occurs because sustained paddling strengthens the heart and improves oxygen delivery to working muscles. Kayakers maintain steady speed for 3-4 minutes without excessive fatigue. As a result, they excel in distance events requiring consistent pace.
  • HIIT alternating 85-95% MHR efforts with recovery builds explosive power. The reason is high-intensity intervals train muscles for maximum force production. Sprint kayakers develop ability to paddle explosively for 35 seconds to 2 minutes. Consequently, they achieve faster starts and maintain speed throughout 200m and 500m races.
  • Each method creates different body responses. Continuous training improves heart efficiency and oxygen use during extended efforts. HIIT develops the ability to work hard despite lactic acid build-up. Therefore, each method prepares kayakers for their specific race demands.
  • Sprint kayakers emphasise 70% HIIT with 30% continuous work. Distance paddlers reverse this ratio. Hence, training programs match each event’s unique energy requirements.

HMS, BM EQ-Bank 252

Describe how a soccer player would benefit from incorporating both continuous aerobic training and High Intensity Interval Training (HIIT) in their training program.  (4 marks)

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Sample Answer

  • Continuous aerobic training improves the soccer player’s aerobic endurance. This enables them to maintain activity throughout a 90-minute match without excessive fatigue.
  • It enhances cardiovascular efficiency through increased stroke volume and cardiac output. More oxygen is delivered to working muscles during play.
  • HIIT improves the player’s ability to perform repeated high-intensity efforts. These efforts include sprinting to make tackles or create scoring opportunities.
  • HIIT develops both aerobic and anaerobic fitness simultaneously. As a result, recovery time between sprints during matches is improved.
  • Using both methods provides complete conditioning for soccer. The combination matches the varied intensity demands of actual games.
Show Worked Solution

Sample Answer

  • Continuous aerobic training improves the soccer player’s aerobic endurance. This enables them to maintain activity throughout a 90-minute match without excessive fatigue.
  • It enhances cardiovascular efficiency through increased stroke volume and cardiac output. More oxygen is delivered to working muscles during play.
  • HIIT improves the player’s ability to perform repeated high-intensity efforts. These efforts include sprinting to make tackles or create scoring opportunities.
  • HIIT develops both aerobic and anaerobic fitness simultaneously. As a result, recovery time between sprints during matches is improved.
  • Using both methods provides complete conditioning for soccer. The combination matches the varied intensity demands of actual games.

HMS, BM EQ-Bank 250

Explain how different training methods could be modified to maintain fitness during a 6-week injury rehabilitation period for a soccer player with a knee injury.   (6 marks)

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Sample Answer

  • Initially, non-weight bearing aerobic training replaces running. Upper body cycling is used because it maintains cardiovascular fitness without knee stress. Sessions include 3 x 10 minutes at 65-75% max HR. As a result, aerobic fitness continues developing while the knee heals.
  • Deep water running begins in weeks 3-4. This works because water buoyancy supports body weight during running movements. Interval sessions include 8 x 2 minutes at 80-85% max HR. Consequently, sport-specific fitness is maintained without impact stress.
  • Stationary cycling incorporates modified HIIT as recovery progresses. The reason for this is cycling allows controlled knee movement within safe ranges. Sessions include 6 x 1 minute at 85% max HR with recovery. This leads to maintained anaerobic fitness despite injury limitations.
  • Modified field training returns in the final week. Straight-line running comes before direction changes because this minimises rotational knee stress. Ball work combines with 4-minute efforts at 80-90% max HR. Therefore, the player regains match fitness through careful progression.
Show Worked Solution

Sample Answer

  • Initially, non-weight bearing aerobic training replaces running. Upper body cycling is used because it maintains cardiovascular fitness without knee stress. Sessions include 3 x 10 minutes at 65-75% max HR. As a result, aerobic fitness continues developing while the knee heals.
  • Deep water running begins in weeks 3-4. This works because water buoyancy supports body weight during running movements. Interval sessions include 8 x 2 minutes at 80-85% max HR. Consequently, sport-specific fitness is maintained without impact stress.
  • Stationary cycling incorporates modified HIIT as recovery progresses. The reason for this is cycling allows controlled knee movement within safe ranges. Sessions include 6 x 1 minute at 85% max HR with recovery. This leads to maintained anaerobic fitness despite injury limitations.
  • Modified field training returns in the final week. Straight-line running comes before direction changes because this minimises rotational knee stress. Ball work combines with 4-minute efforts at 80-90% max HR. Therefore, the player regains match fitness through careful progression.

HMS, BM EQ-Bank 249

Evaluate the benefits and limitations of Fartlek training compared to structured interval training for a team sport of your choice.   (8 marks)

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Sample Answer – Touch Football

Evaluation Statement:

  • Both training methods offer value for touch football teams.
  • Structured intervals prove more effective overall for match preparation.
  • Effectiveness depends on training phase and objectives.

Game Simulation:

  • Fartlek training develops pace judgment through self-selected intensity changes.
  • Touch football benefits as games involve spontaneous attacking runs and defensive retreats.
  • Players enjoy the variety while building fitness.
  • However, difficulty standardising training load creates problems.
  • Different players interpret efforts differently, leading to inconsistent training stimulus across the team.

Precision and Progression:

  • Structured intervals provide precise work-to-rest ratios essential for touch football.
  • Example: 20 seconds maximal runs followed by 40 seconds recovery mirrors game patterns.
  • This enables accurate weekly progression through reduced recovery times.
  • Intervals develop repeated sprint ability crucial for continuous substitutions.
  • Teams using structured intervals show improved match running distances.

Training Phase Application:

  • Early season Fartlek proves valuable for general fitness and team building.
  • Structured intervals become essential near competition for specific conditioning.
  • Touch football’s 6-minute halves demand precise fitness that intervals deliver effectively.
  • The ability to replicate game intensity gives intervals the advantage.

Final Evaluation:

  • For touch football, structured interval training proves superior overall.
  • While Fartlek offers early-season benefits, intervals better prepare players for match demands.
  • Teams should progress from Fartlek to intervals as competition approaches.
  • This optimises both fitness development and performance outcomes.
Show Worked Solution

Sample Answer

Evaluation Statement:

  • Both training methods offer value for touch football teams.
  • Structured intervals prove more effective overall for match preparation.
  • Effectiveness depends on training phase and objectives.

Game Simulation:

  • Fartlek training develops pace judgment through self-selected intensity changes.
  • Touch football benefits as games involve spontaneous attacking runs and defensive retreats.
  • Players enjoy the variety while building fitness.
  • However, difficulty standardising training load creates problems.
  • Different players interpret efforts differently, leading to inconsistent training stimulus across the team.

Precision and Progression:

  • Structured intervals provide precise work-to-rest ratios essential for touch football.
  • Example: 20 seconds maximal runs followed by 40 seconds recovery mirrors game patterns.
  • This enables accurate weekly progression through reduced recovery times.
  • Intervals develop repeated sprint ability crucial for continuous substitutions.
  • Teams using structured intervals show improved match running distances.

Training Phase Application:

  • Early season Fartlek proves valuable for general fitness and team building.
  • Structured intervals become essential near competition for specific conditioning.
  • Touch football’s 6-minute halves demand precise fitness that intervals deliver effectively.
  • The ability to replicate game intensity gives intervals the advantage.

Final Evaluation:

  • For touch football, structured interval training proves superior overall.
  • While Fartlek offers early-season benefits, intervals better prepare players for match demands.
  • Teams should progress from Fartlek to intervals as competition approaches.
  • This optimises both fitness development and performance outcomes.

HMS, BM EQ-Bank 248

Describe how aerobic and anaerobic training methods can be combined effectively in a basketball training session.  (6 marks)

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Sample Answer

Warm-up

  • Begins with continuous aerobic activity for 10 minutes at 60-65% max HR.
  • Uses structured court drills including dribbling, passing and shooting.
  • Gradually increases intensity to prepare cardiovascular and muscular systems.

Main session

  • Alternates between different intensity levels to combine training methods effectively.
  • Example: 4 x 5 minute periods switching between full-court weave drills at aerobic intensity (70-75% max HR) and defensive sliding at anaerobic intensity (85-90% max HR).
  • This pattern mimics game demands of continuous movement with explosive bursts.

Small-sided games (3v3)

  • Integrate both energy systems through 4 x 4 minute competitive games.
  • Include 1-minute active recovery walking between games.
    High intensity naturally occurs through competition and quick transitions.
  • Develops decision-making while training both energy systems simultaneously.

Final round

  • Focuses on anaerobic power through sprint/dribble combinations.
  • Perform 6 x 20 second full-court efforts at maximum intensity.
  • Allow 40 seconds passive recovery between efforts.

Cool-down

  • Returns to aerobic intensity (60% max HR) with free-throw shooting drills.
  • Continue for 5-10 minutes to remove waste products and aid recovery.
Show Worked Solution

Sample Answer

Warm-up

  • Begins with continuous aerobic activity for 10 minutes at 60-65% max HR.
  • Uses structured court drills including dribbling, passing and shooting.
  • Gradually increases intensity to prepare cardiovascular and muscular systems.

Main session

  • Alternates between different intensity levels to combine training methods effectively.
  • Example: 4 x 5 minute periods switching between full-court weave drills at aerobic intensity (70-75% max HR) and defensive sliding at anaerobic intensity (85-90% max HR).
  • This pattern mimics game demands of continuous movement with explosive bursts.

Small-sided games (3v3)

  • Integrate both energy systems through 4 x 4 minute competitive games.
  • Include 1-minute active recovery walking between games.
    High intensity naturally occurs through competition and quick transitions.
  • Develops decision-making while training both energy systems simultaneously.

Final round

  • Focuses on anaerobic power through sprint/dribble combinations.
  • Perform 6 x 20 second full-court efforts at maximum intensity.
  • Allow 40 seconds passive recovery between efforts.

Cool-down

  • Returns to aerobic intensity (60% max HR) with free-throw shooting drills.
  • Continue for 5-10 minutes to remove waste products and aid recovery.

HMS, BM EQ-Bank 247

Explain how heart rate monitoring can be used to ensure appropriate intensity in both aerobic and anaerobic training sessions.  (3 marks)

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Sample Answer

  • Heart rate monitoring ensures aerobic training stays within 70-85% MHR zones. This works because sustained moderate intensity improves cardiovascular fitness without excessive fatigue. Runners maintain 140-160 bpm throughout sessions. As a result, athletes develop endurance efficiently.
  • For anaerobic training, monitoring shows peak rates (85-95% MHR) and recovery. The reason is reaching target zones ensures sufficient intensity for improvement. HIIT sessions need 170+ bpm during work periods. Therefore, athletes train at optimal intensity while avoiding overtraining.
Show Worked Solution

Sample Answer

  • Heart rate monitoring ensures aerobic training stays within 70-85% MHR zones. This works because sustained moderate intensity improves cardiovascular fitness without excessive fatigue. Runners maintain 140-160 bpm throughout sessions. As a result, athletes develop endurance efficiently.
  • For anaerobic training, monitoring shows peak rates (85-95% MHR) and recovery. The reason is reaching target zones ensures sufficient intensity for improvement. HIIT sessions need 170+ bpm during work periods. Therefore, athletes train at optimal intensity while avoiding overtraining.

HMS, BM EQ-Bank 245

Discuss how HIIT training can be modified for different fitness levels in a group fitness class.  (6 marks)

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Sample Answer

Benefits of HIIT modifications:

  • [P] HIIT modifications allow successful participation across all fitness levels.
  • [E] This works because adjustable work-to-rest ratios match individual capacities.
  • [Ev] Those new to exercise use 1:2 ratios (30 sec work/60 sec rest) while advanced use 2:1 ratios.
  • [L] These adjustments ensure everyone achieves appropriate training stimulus.
      
  • [P] Exercise selection modifications enhance inclusivity in group settings.
  • [E] Alternative exercises target same muscle groups at different intensities.
  • [Ev] Beginners perform step-ups while experienced participants complete box jumps.
  • [L] This approach offers safe progression without compromising workout effectiveness.

However, challenges of HIIT modifications include:

  • [P] Monitoring multiple intensity levels creates coaching difficulties.
  • [E] Instructors struggle to observe all participants during high-intensity intervals.
  • [Ev] Effort rating scales help but people judge their own effort differently.
  • [L] Consequently, this may lead to inappropriate training intensities.
      
  • [P] Equipment limitations restrict modification options in group classes.
  • [E] Different fitness levels require varied equipment that may be unavailable.
  • [Ev] Well-conditioned individuals need heavier weights while novices need lighter options.
  • [L] Nevertheless, bodyweight modifications can overcome most equipment constraints.

Show Worked Solution

Sample Answer

Benefits of HIIT modifications:

  • [P] HIIT modifications allow successful participation across all fitness levels.
  • [E] This works because adjustable work-to-rest ratios match individual capacities.
  • [Ev] Those new to exercise use 1:2 ratios (30 sec work/60 sec rest) while advanced use 2:1 ratios.
  • [L] These adjustments ensure everyone achieves appropriate training stimulus.
      
  • [P] Exercise selection modifications enhance inclusivity in group settings.
  • [E] Alternative exercises target same muscle groups at different intensities.
  • [Ev] Beginners perform step-ups while experienced participants complete box jumps.
  • [L] This approach offers safe progression without compromising workout effectiveness.

However, challenges of HIIT modifications include:

  • [P] Monitoring multiple intensity levels creates coaching difficulties.
  • [E] Instructors struggle to observe all participants during high-intensity intervals.
  • [Ev] Effort rating scales help but people judge their own effort differently.
  • [L] Consequently, this may lead to inappropriate training intensities.
      
  • [P] Equipment limitations restrict modification options in group classes.
  • [E] Different fitness levels require varied equipment that may be unavailable.
  • [Ev] Well-conditioned individuals need heavier weights while novices need lighter options.
  • [L] Nevertheless, bodyweight modifications can overcome most equipment constraints.

HMS, BM EQ-Bank 244

Evaluate the effectiveness of different training methods for a 400 metre track athlete throughout a competition season.   (8 marks)

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Sample Answer

Evaluation Statement:

  • Different training methods prove highly effective when applied progressively throughout a 400m athlete’s season.
  • Effectiveness depends on timing, matching training to race demands, and recovery management.

Pre-Season Foundation:

  • Continuous training (3 x 20 minutes at 70% MHR) and fartlek sessions effectively build aerobic fitness.
  • This foundation proves essential for handling later training demands.
  • Athletes develop the endurance to complete multiple training sessions weekly.
  • Without this base, high-intensity work becomes unsustainable.
  • Evidence shows athletes with strong aerobic base recover faster between sessions.

Early Competition Phase:

  • Tempo training (6 x 200m at 85% race pace) demonstrates high effectiveness for 400m preparation.
  • These sessions improve the body’s ability to handle moderate-high intensity work.
  • Recovery periods decrease progressively from 3 to 2 minutes.
  • This prepares athletes for the sustained effort required in 400m racing.
  • Athletes report feeling stronger in the final 100m of races.

Mid-Season Power:

  • Sprint interval training (6-8 x 60m maximal sprints) proves most effective during mid-season.
  • Full recovery between efforts maintains sprint quality throughout sessions.
  • This develops explosive power needed for strong race starts.
  • Athletes achieve personal best times when this phase is timed correctly.
  • The focus shifts from endurance to pure speed development.

Competition Preparation:

  • Race-pace training (2 x 300m at 90% effort) shows maximum effectiveness near competitions.
  • These sessions closely mirror actual race demands and pacing.
  • Athletes practice their race strategy while maintaining high intensity.
  • Recovery matches competition warm-up timing.
  • This close match to race conditions translates directly to race performance.

Final Evaluation:

  • Progressive training from aerobic to anaerobic methods proves highly effective overall.
  • Each phase builds upon previous work when timed appropriately.
  • Success depends on balancing high-intensity work with adequate recovery.
  • Athletes avoiding injury through proper progression achieve best results.
  • The systematic approach optimises performance for target competitions.
Show Worked Solution

Sample Answer

Evaluation Statement:

  • Different training methods prove highly effective when applied progressively throughout a 400m athlete’s season.
  • Effectiveness depends on timing, matching training to race demands, and recovery management.

Pre-Season Foundation:

  • Continuous training (3 x 20 minutes at 70% MHR) and fartlek sessions effectively build aerobic fitness.
  • This foundation proves essential for handling later training demands.
  • Athletes develop the endurance to complete multiple training sessions weekly.
  • Without this base, high-intensity work becomes unsustainable.
  • Evidence shows athletes with strong aerobic base recover faster between sessions.

Early Competition Phase:

  • Tempo training (6 x 200m at 85% race pace) demonstrates high effectiveness for 400m preparation.
  • These sessions improve the body’s ability to handle moderate-high intensity work.
  • Recovery periods decrease progressively from 3 to 2 minutes.
  • This prepares athletes for the sustained effort required in 400m racing.
  • Athletes report feeling stronger in the final 100m of races.

Mid-Season Power:

  • Sprint interval training (6-8 x 60m maximal sprints) proves most effective during mid-season.
  • Full recovery between efforts maintains sprint quality throughout sessions.
  • This develops explosive power needed for strong race starts.
  • Athletes achieve personal best times when this phase is timed correctly.
  • The focus shifts from endurance to pure speed development.

Competition Preparation:

  • Race-pace training (2 x 300m at 90% effort) shows maximum effectiveness near competitions.
  • These sessions closely mirror actual race demands and pacing.
  • Athletes practice their race strategy while maintaining high intensity.
  • Recovery matches competition warm-up timing.
  • This close match to race conditions translates directly to race performance.

Final Evaluation:

  • Progressive training from aerobic to anaerobic methods proves highly effective overall.
  • Each phase builds upon previous work when timed appropriately.
  • Success depends on balancing high-intensity work with adequate recovery.
  • Athletes avoiding injury through proper progression achieve best results.
  • The systematic approach optimises performance for target competitions.

HMS, BM EQ-Bank 242

Explain how different training methods would be used across a soccer season to develop both aerobic and anaerobic fitness.   (6 marks)

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Sample Answer

  • Pre-season training prioritises continuous aerobic methods for 6-8 weeks. This occurs because athletes need a cardiovascular foundation before high-intensity work. Sessions include 45-60 minute runs at 60-70% max HR. As a result, players develop the endurance needed for 90-minute matches.
  • Progressive HIIT integration begins as competition approaches. It functions through alternating high-intensity efforts with recovery periods. For example, 4-minute game drills at 85-90% max HR with 2-minute recovery. This leads to improved ability to perform repeated sprints during matches.
  • Mid-season combines aerobic maintenance with Sprint Interval Training. The underlying reason is to maintain fitness while developing speed. Sessions include 8 x 30-second ball sprints at 95% effort with 2-minute rest. Consequently, players maintain endurance while improving explosive power.
  • Peak competition uses sport-specific combination training. Small-sided games alternate with sprint drills because this mirrors match intensity patterns. This combination enables players to sustain both continuous movement and explosive efforts. Hence, optimal match performance is achieved through balanced training.
Show Worked Solution

Sample Answer

  • Pre-season training prioritises continuous aerobic methods for 6-8 weeks. This occurs because athletes need a cardiovascular foundation before high-intensity work. Sessions include 45-60 minute runs at 60-70% max HR. As a result, players develop the endurance needed for 90-minute matches.
  • Progressive HIIT integration begins as competition approaches. It functions through alternating high-intensity efforts with recovery periods. For example, 4-minute game drills at 85-90% max HR with 2-minute recovery. This leads to improved ability to perform repeated sprints during matches.
  • Mid-season combines aerobic maintenance with Sprint Interval Training. The underlying reason is to maintain fitness while developing speed. Sessions include 8 x 30-second ball sprints at 95% effort with 2-minute rest. Consequently, players maintain endurance while improving explosive power.
  • Peak competition uses sport-specific combination training. Small-sided games alternate with sprint drills because this mirrors match intensity patterns. This combination enables players to sustain both continuous movement and explosive efforts. Hence, optimal match performance is achieved through balanced training.

HMS, BM EQ-Bank 241

Compare continuous training and High Intensity Interval Training (HIIT) methods and their application in basketball.   (5 marks)

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Sample Answer

Similarities:

  • Both improve cardiovascular fitness needed for basketball
  • Both can use basketball-specific drills and movements
  • Both require proper warm-up and cool-down
  • Both follow progressive overload principles

Differences:

  • Intensity and duration:
    • Continuous: moderate intensity (60-75% max HR) for 20-60 minutes
    • HIIT: alternates high intensity (85-95% max HR) with recovery periods
  • Rest periods:
    • Continuous: no rest during exercise
    • HIIT: structured recovery between high-intensity efforts
  • Application in basketball:
    • Continuous: steady court drills or running to build endurance
    • HIIT: 4 x 4 minute full-court drills with 1-minute recovery
  • Match specificity:
    • Continuous: builds general fitness foundation
    • HIIT: mimics game patterns of sprints and recovery
  • Training focus:
    • Continuous: develops aerobic base early in pre-season
    • HIIT: prepares for game demands closer to competition
Show Worked Solution

Sample Answer

Similarities:

  • Both improve cardiovascular fitness needed for basketball
  • Both can use basketball-specific drills and movements
  • Both require proper warm-up and cool-down
  • Both follow progressive overload principles

Differences:

  • Intensity and duration:
    • Continuous: moderate intensity (60-75% max HR) for 20-60 minutes
    • HIIT: alternates high intensity (85-95% max HR) with recovery periods
  • Rest periods:
    • Continuous: no rest during exercise
    • HIIT: structured recovery between high-intensity efforts
  • Application in basketball:
    • Continuous: steady court drills or running to build endurance
    • HIIT: 4 x 4 minute full-court drills with 1-minute recovery
  • Match specificity:
    • Continuous: builds general fitness foundation
    • HIIT: mimics game patterns of sprints and recovery
  • Training focus:
    • Continuous: develops aerobic base early in pre-season
    • HIIT: prepares for game demands closer to competition

HMS, BM EQ-Bank 240

Describe how Sprint Interval Training (SIT) could be used in a netball training program.   (4 marks)

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Sample Answer

Definition and Relevance:

  • SIT involves very high intensity work periods (>95% effort) with complete rest intervals
  • Targets anaerobic power development
  • Particularly relevant to netball’s repeated explosive movements with recovery periods

Example Session:

  • 6 x 30 second court sprints at maximal effort
  • Incorporate game-specific movements:
    • Changes of direction
    • Acceleration/deceleration
    • Defensive slides

Benefits for Netball

  • Develops repeat sprint ability for attack/defence transitions
  • Ensures maximal intensity each effort
  • Improves power and speed performance

Progressive Overload

  • Start with 6 repetitions, build to 10
  • Begin with 3-minute rest, reduce to 2 minutes
  • Progress from 30 to 45 seconds work duration
  • Adjust based on fitness improvements across the season
Show Worked Solution

Sample Answer

Definition and Relevance:

  • SIT involves very high intensity work periods (>95% effort) with complete rest intervals
  • Targets anaerobic power development
  • Particularly relevant to netball’s repeated explosive movements with recovery periods

Example Session:

  • 6 x 30 second court sprints at maximal effort
  • Incorporate game-specific movements:
    • Changes of direction
    • Acceleration/deceleration
    • Defensive slides

Benefits for Netball

  • Develops repeat sprint ability for attack/defence transitions
  • Ensures maximal intensity each effort
  • Improves power and speed performance

Progressive Overload

  • Start with 6 repetitions, build to 10
  • Begin with 3-minute rest, reduce to 2 minutes
  • Progress from 30 to 45 seconds work duration
  • Adjust based on fitness improvements across the season

HMS, BM EQ-Bank 239

Compare aerobic and anaerobic training methods.   (5 marks)

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Sample Answer

Similarities:

  • Both are training types used to improve fitness and performance.
  • Both use FITT principle for program design.
  • Both require progressive overload and follow training principles.
  • Both cause immediate responses like increased heart rate.

Differences:

  • Duration:
    • Aerobic: continuous activity for 20+ minutes.
    • Anaerobic: short bursts under 2 minutes.
  • Intensity:
    • Aerobic: moderate intensity (70-85% MHR).
    • Anaerobic: high intensity (85-100% MHR).
  • Energy source:
    • Aerobic: uses oxygen as primary fuel.
    • Anaerobic: uses stored ATP-PCr and glycogen.
  • Rest periods:
    • Aerobic: no rest during activity.
    • Anaerobic: structured rest between efforts.
  • Training effects:
    • Aerobic: improves oxygen delivery and endurance.
    • Anaerobic: develops power, speed and strength.
Show Worked Solution

Sample Answer

Similarities:

  • Both are training types used to improve fitness and performance.
  • Both use FITT principle for program design.
  • Both require progressive overload and follow training principles.
  • Both cause immediate responses like increased heart rate.

Differences:

  • Duration:
    • Aerobic: continuous activity for 20+ minutes.
    • Anaerobic: short bursts under 2 minutes.
  • Intensity:
    • Aerobic: moderate intensity (70-85% MHR).
    • Anaerobic: high intensity (85-100% MHR).
  • Energy source:
    • Aerobic: uses oxygen as primary fuel.
    • Anaerobic: uses stored ATP-PCr and glycogen.
  • Rest periods:
    • Aerobic: no rest during activity.
    • Anaerobic: structured rest between efforts.
  • Training effects:
    • Aerobic: improves oxygen delivery and endurance.
    • Anaerobic: develops power, speed and strength.

HMS, BM EQ-Bank 238 MC

An athlete's training program includes:

  • 30 minutes total duration
  • Alternating 1 minute high intensity/1 minute low intensity
  • No complete rest periods
  • Heart rate between 85-95% max during high intensity

This represents:

  1. Sprint Interval Training
  2. Modified High Intensity Interval Training
  3. Traditional circuit training
  4. Fartlek training
Show Answers Only

\(B\)

Show Worked Solution
  • B is correct: Modified HIIT maintains continuous movement while alternating intensities

Other Options:

  • A is incorrect: SIT involves complete rest periods
  • C is incorrect: Circuit training involves different exercises
  • D is incorrect: Fartlek training isn’t structured with specific time intervals

HMS, BM EQ-Bank 236 MC

A basketball coach implements this drill:

  • 20 seconds maximum effort sprints
  • 10 seconds rest
  • 8 repetitions
  • 3 sets
  • 2 minutes rest between sets

This training method is:

  1. Fartlek training
  2. Continuous training
  3. High Intensity Interval Training
  4. Circuit training
Show Answers Only

\(C\)

Show Worked Solution
  • C is correct: Structured high intensity work periods with defined rest represents HIIT

Other Options:

  • A is incorrect: Fartlek doesn’t have structured intervals
  • B is incorrect: Continuous training has no rest periods
  • D is incorrect: Circuit training involves different exercises

\(\Rightarrow C\)

HMS, BM EQ-Bank 235 MC

Which training method would be MOST appropriate for a 400 metre track athlete?

  1. Continuous low intensity training
  2. Sprint Interval Training
  3. Plyometric training
  4. Circuit training
Show Answers Only

\(B\)

Show Worked Solution
  • B is correct: SIT develops both speed and endurance needed for 400 m

Other Options:

  • A is incorrect: Too low intensity for race demands
  • C is incorrect: Focuses on power rather than speed endurance
  • D is incorrect: Not specific enough to meet event demands

HMS, BM EQ-Bank 234 MC

A soccer team's pre-season program includes:

  • 45 minutes continuous running
  • Heart rate maintained at 70% max
  • No rest intervals
  • Varied terrain and speeds based on coach signals

This training session would be classified as:

  1. Continuous aerobic training
  2. Sprint Interval Training (SIT)
  3. Fartlek training
  4. Circuit training
Show Answers Only

\(C\)

Show Worked Solution
  • C is correct: Varied speeds/terrain while maintaining continuous movement is characteristic of fartlek training

Other Options:

  • A is incorrect: Continuous training doesn’t include speed variations
  • B is incorrect: SIT involves structured high intensity intervals
  • D is incorrect: Circuit training involves different exercise stations

HMS, BM EQ-Bank 233 MC

A soccer player completes the following training session:

  • 45 minutes continuous running
  • Heart rate maintained at 70% max
  • No rest intervals

This training session would be classified as:

  1. Aerobic endurance training
  2. Anaerobic power training
  3. Speed endurance training
  4. Resistance training
Show Answers Only

\(A\)

Show Worked Solution
  • A is correct: Extended duration at moderate intensity targets aerobic system

Other Options:

  • B is incorrect: Anaerobic power requires high intensity short bursts
  • C is incorrect: Speed endurance involves intervals
  • D is incorrect: Resistance training involves external loads

HMS, BM EQ-Bank 232 MC

A netball team's coach implements the following training program:

  • 30-second high-intensity sprints
  • 30 seconds rest between sets
  • 10 repetitions

This training method is best classified as:

  1. Continuous aerobic training
  2. Fartlek training
  3. Circuit training
  4. High Intensity Interval Training (HIIT)
Show Answers Only

\(D\)

Show Worked Solution
  • D is correct: The structured high-intensity intervals with set rest periods is characteristic of HIIT training

Other Options:

  • A is incorrect: Continuous aerobic training does not include rest intervals
  • B is incorrect: Fartlek training involves varied speeds but not structured intervals
  • C is incorrect: Circuit training involves different exercises at stations

HMS, BM EQ-Bank 231

Evaluate the effectiveness of continuous training for improving the performance of a basketball player.   (8 marks)

Show Answers Only

Sample Answer

Evaluation Statement:

  • Continuous training demonstrates limited effectiveness for basketball performance.
  • While offering some benefits, it fails to address sport-specific demands adequately.

Aerobic Base Development:

  • Continuous training effectively develops endurance for sustaining effort across four quarters.
  • Players maintain moderate intensity throughout games without excessive fatigue.
  • Sessions at 70% MHR build necessary cardiovascular fitness.
  • Recovery between efforts improves through enhanced oxygen delivery.
  • However, this foundation alone proves insufficient for basketball’s explosive demands.

Movement Specificity:

  • Basketball requires jumping, sprinting, and rapid direction changes that continuous training cannot replicate.
  • Running at steady pace fails to develop power for rebounds and fast breaks.
  • Players need explosive movements repeated throughout games.
  • Continuous training neglects lateral patterns essential for defence.
  • Players relying solely on this method struggle with game-specific movements.

Training Efficiency:

  • Time spent running could develop basketball fitness more effectively.
  • Skills practice combined with conditioning provides superior results.
  • Players report boredom during repetitive sessions.
  • High-level teams use minimal continuous training.
  • Small-sided games achieve fitness while maintaining engagement and skill development.

Final Evaluation:

  • Continuous training proves minimally effective for basketball beyond basic fitness.
  • Its limitations significantly outweigh benefits.
  • Players should use it sparingly in early pre-season only.
  • Primary conditioning must involve basketball-specific methods.
  • Success requires training that mirrors actual game demands.
Show Worked Solution

Sample Answer

Evaluation Statement:

  • Continuous training demonstrates limited effectiveness for basketball performance.
  • While offering some benefits, it fails to address sport-specific demands adequately.

Aerobic Base Development:

  • Continuous training effectively develops endurance for sustaining effort across four quarters.
  • Players maintain moderate intensity throughout games without excessive fatigue.
  • Sessions at 70% MHR build necessary cardiovascular fitness.
  • Recovery between efforts improves through enhanced oxygen delivery.
  • However, this foundation alone proves insufficient for basketball’s explosive demands.

Movement Specificity:

  • Basketball requires jumping, sprinting, and rapid direction changes that continuous training cannot replicate.
  • Running at steady pace fails to develop power for rebounds and fast breaks.
  • Players need explosive movements repeated throughout games.
  • Continuous training neglects lateral patterns essential for defence.
  • Players relying solely on this method struggle with game-specific movements.

Training Efficiency:

  • Time spent running could develop basketball fitness more effectively.
  • Skills practice combined with conditioning provides superior results.
  • Players report boredom during repetitive sessions.
  • High-level teams use minimal continuous training.
  • Small-sided games achieve fitness while maintaining engagement and skill development.

Final Evaluation:

  • Continuous training proves minimally effective for basketball beyond basic fitness.
  • Its limitations significantly outweigh benefits.
  • Players should use it sparingly in early pre-season only.
  • Primary conditioning must involve basketball-specific methods.
  • Success requires training that mirrors actual game demands.

HMS, BM EQ-Bank 229

Compare how continuous training would be applied differently for an individual sport athlete versus a team sport athlete.   (6 marks)

Show Answers Only

Sample Answer

Similarities:

  • Both athlete types use continuous training to develop aerobic base fitness
  • Both maintain elevated heart rate (70-80% MHR) without rest periods
  • Both require progressive overload through increased duration or intensity
  • Both experience improved heart efficiency and oxygen delivery to muscles
  • Both typically train 3-5 times per week during base building phases

Differences:

  • Duration and volume:
    • Individual athletes: Train for 60-120 minutes matching competition length
    • Team athletes: Limited to 30-45 minutes due to varied game requirements
  • Training specificity:
    • Individual athletes: Maintain steady-state intensity throughout entire sessions
    • Team athletes: Include varied paces to reflect stop-start game patterns
  • Skill integration:
    • Individual athletes: Focus purely on aerobic development and pacing strategies
    • Team athletes: Incorporate sport-specific skills like dribbling during runs
  • Session examples:
    • Individual athletes: 90-minute steady run for marathon preparation
    • Team athletes: 30-minute run with ball control for soccer fitness
  • Competition transfer:
    • Individual athletes: Training directly mirrors competition demands
    • Team athletes: Continuous training provides base for varied game intensities
  • Program emphasis:
    • Individual athletes: Continuous training forms 70-80% of total training
    • Team athletes: Continuous training represents 20-30% of program
Show Worked Solution

Sample Answer

Similarities:

  • Both athlete types use continuous training to develop aerobic base fitness
  • Both maintain elevated heart rate (70-80% MHR) without rest periods
  • Both require progressive overload through increased duration or intensity
  • Both experience improved heart efficiency and oxygen delivery to muscles
  • Both typically train 3-5 times per week during base building phases

Differences:

  • Duration and volume:
    • Individual athletes: Train for 60-120 minutes matching competition length
    • Team athletes: Limited to 30-45 minutes due to varied game requirements
  • Training specificity:
    • Individual athletes: Maintain steady-state intensity throughout entire sessions
    • Team athletes: Include varied paces to reflect stop-start game patterns
  • Skill integration:
    • Individual athletes: Focus purely on aerobic development and pacing strategies
    • Team athletes: Incorporate sport-specific skills like dribbling during runs
  • Session examples:
    • Individual athletes: 90-minute steady run for marathon preparation
    • Team athletes: 30-minute run with ball control for soccer fitness
  • Competition transfer:
    • Individual athletes: Training directly mirrors competition demands
    • Team athletes: Continuous training provides base for varied game intensities
  • Program emphasis:
    • Individual athletes: Continuous training forms 70-80% of total training
    • Team athletes: Continuous training represents 20-30% of program

HMS, BM EQ-Bank 228

Explain how a soccer player could use continuous training to improve their aerobic capacity during pre-season.   (5 marks)

Show Answers Only

Sample Answer

  • Long slow distance running at 65-75% MHR for 30-45 minutes builds aerobic fitness. This occurs because muscles work continuously, demanding constant oxygen delivery. Sessions 3-4 times weekly allow gradual improvement without overtraining. As a result, the heart becomes more efficient and resting heart rate decreases.
  • Training duration increases from 30 to 45 minutes during pre-season. Such modifications are necessary because soccer matches last 90 minutes, requiring sustained endurance. Distance progresses from 5km to 10-12km over several weeks. The outcome is better oxygen use by muscles during extended play.
  • Continuous training gradually includes ball work and direction changes. It functions by maintaining aerobic benefits while adding soccer skills. Late pre-season intensity increases to 75-80% MHR. Therefore, players develop match-specific fitness through steady progression.
  • Training variety prevents boredom and maintains motivation. Alternating between track running, field circuits and fartlek sessions creates different training stimuli. Consequently, players stay engaged while building the aerobic base needed for the competitive season.
Show Worked Solution

Sample Answer

  • Long slow distance running at 65-75% MHR for 30-45 minutes builds aerobic fitness. This occurs because muscles work continuously, demanding constant oxygen delivery. Sessions 3-4 times weekly allow gradual improvement without overtraining. As a result, the heart becomes more efficient and resting heart rate decreases.
  • Training duration increases from 30 to 45 minutes during pre-season. Such modifications are necessary because soccer matches last 90 minutes, requiring sustained endurance. Distance progresses from 5km to 10-12km over several weeks. The outcome is better oxygen use by muscles during extended play.
  • Continuous training gradually includes ball work and direction changes. It functions by maintaining aerobic benefits while adding soccer skills. Late pre-season intensity increases to 75-80% MHR. Therefore, players develop match-specific fitness through steady progression.
  • Training variety prevents boredom and maintains motivation. Alternating between track running, field circuits and fartlek sessions creates different training stimuli. Consequently, players stay engaged while building the aerobic base needed for the competitive season.

HMS, BM EQ-Bank 226

Outline TWO characteristics of continuous training that make it suitable for improving cardiorespiratory endurance.   (3 marks)

Show Answers Only

Sample Answer – Any 2 of the following

Long duration (20+ mins)

  • Allows aerobic system to become primary energy source
  • Results in increased stroke volume
  • Improves oxygen delivery to muscles

Moderate intensity (70-85% MHR)

  • Maintains steady state without early fatigue
  • Cardiovascular system efficiently supplies oxygen
  • Removes waste products over extended periods

No rest periods

  • Forces continuous oxygen delivery to muscles
  • Develops more capillaries in working muscles
  • Improves gas exchange in lungs
Show Worked Solution

Sample Answer – Any 2 of the following

Long duration (20+ mins)

  • Allows aerobic system to become primary energy source
  • Results in increased stroke volume
  • Improves oxygen delivery to muscles

Moderate intensity (70-85% MHR)

  • Maintains steady state without early fatigue
  • Cardiovascular system efficiently supplies oxygen
  • Removes waste products over extended periods

No rest periods

  • Forces continuous oxygen delivery to muscles
  • Develops more capillaries in working muscles
  • Improves gas exchange in lungs

HMS, BM EQ-Bank 225 MC

Which row correctly shows the characteristics of continuous training?

  1. Long duration, moderate intensity, no rest periods
  2. Short duration, high intensity, frequent rest periods
  3. Long duration, high intensity, no rest periods
  4. Short duration, moderate intensity, frequent rest periods
Show Answers Only

\(A\)

Show Worked Solution
  • A is correct: Continuous training is long duration, moderate intensity with no rest periods

Other Options:

  • B is incorrect: Describes interval training
  • C is incorrect: Not sustainable without rest
  • D is incorrect: Too short for aerobic adaptations

HMS, BM EQ-Bank 224 MC

A triathlete maintains a steady state of exercise for 45 minutes at 65% of their maximum heart rate during training.

Which training method is being used?

  1. Interval training
  2. Continuous training
  3. Fartlek training
  4. Circuit training
Show Answers Only

\(B\)

Show Worked Solution
  • B is correct: Continuous training maintains steady state exercise for extended periods

Other Options:

  • A is incorrect: Intervals require rest periods
  • C is incorrect: Fartlek varies intensity throughout
  • D is incorrect: Circuits involve different exercises/stations

HMS, BM EQ-Bank 223

Critically analyse the effectiveness of carbohydrate loading for different types of athletic events.   (8 marks)

Show Answers Only

Sample Answer

Overview Statement:

Carbohydrate loading effectiveness varies significantly with event duration, showing a clear relationship between time demands and glycogen requirements.

Endurance Events (Extended Duration):

  • Carbohydrate loading proves essential for events exceeding ninety minutes because glycogen depletion becomes the primary performance limiter.
  • The loading process maximises muscle glycogen stores through increased intake while tapering training, which directly addresses the aerobic system’s heavy reliance on this fuel.
  • This relationship demonstrates that loading effectiveness increases with event duration, as longer events depend more heavily on maximised glycogen availability.
  • Therefore, marathon and triathlon performances benefit substantially from proper loading protocols.

Shorter Duration Events:

  • Events under ninety minutes show minimal benefit from loading because normal glycogen stores adequately support these activities.
  • Regular daily carbohydrate intake provides sufficient fuel without special protocols, as glycogen depletion rarely occurs during shorter efforts.
  • This reveals that loading becomes unnecessary when event duration doesn’t threaten glycogen availability.

Ultra-Endurance Events:

  • Ultra-events require loading but also demand additional strategies because even maximised stores deplete during extreme duration activities.
  • The relationship shows that loading provides only initial preparation, while continuous carbohydrate consumption during events becomes equally critical.
  • This indicates that loading effectiveness has limits for events where duration exceeds glycogen storage capacity.

Implications:

  • This analysis reveals that carbohydrate loading effectiveness directly correlates with event duration and energy system demands.
  • Athletes must match loading strategies to their specific event rather than applying universal protocols.

Show Worked Solution

Sample Answer

Overview Statement:

Carbohydrate loading effectiveness varies significantly with event duration, showing a clear relationship between time demands and glycogen requirements.

Endurance Events (Extended Duration):

  • Carbohydrate loading proves essential for events exceeding ninety minutes because glycogen depletion becomes the primary performance limiter.
  • The loading process maximises muscle glycogen stores through increased intake while tapering training, which directly addresses the aerobic system’s heavy reliance on this fuel.
  • This relationship demonstrates that loading effectiveness increases with event duration, as longer events depend more heavily on maximised glycogen availability.
  • Therefore, marathon and triathlon performances benefit substantially from proper loading protocols.

Shorter Duration Events:

  • Events under ninety minutes show minimal benefit from loading because normal glycogen stores adequately support these activities.
  • Regular daily carbohydrate intake provides sufficient fuel without special protocols, as glycogen depletion rarely occurs during shorter efforts.
  • This reveals that loading becomes unnecessary when event duration doesn’t threaten glycogen availability.

Ultra-Endurance Events:

  • Ultra-events require loading but also demand additional strategies because even maximised stores deplete during extreme duration activities.
  • The relationship shows that loading provides only initial preparation, while continuous carbohydrate consumption during events becomes equally critical.
  • This indicates that loading effectiveness has limits for events where duration exceeds glycogen storage capacity.

Implications:

  • This analysis reveals that carbohydrate loading effectiveness directly correlates with event duration and energy system demands.
  • Athletes must match loading strategies to their specific event rather than applying universal protocols.

HMS, BM EQ-Bank 222

Explain nutritional strategies for a team sport involving both energy systems.   (6 marks)

Show Answers Only

Sample Answer

  • Football requires high daily carbohydrate intake because players alternate between aerobic jogging and anaerobic sprinting throughout matches.
  • Consuming low GI foods several hours pre-game provides sustained energy for continuous movement, while high GI options at half-time restore glucose for explosive efforts.
  • This dual approach works because different phases of football demand different energy release rates, therefore strategic timing supports both systems.
  • Post-game protein intake addresses muscle damage from repeated sprints and tackles, enabling faster recovery for subsequent training or matches.
  • Carbohydrate consumption after football matches replenishes glycogen stores which become depleted from both sustained running and explosive movements.
  • Regular hydration with electrolytes maintains performance because dehydration impairs both oxygen transport for aerobic work and power output for anaerobic efforts.
  • These combined strategies ensure football players maintain intensity throughout matches by providing appropriate fuel for alternating between jogging, sprinting, jumping and quick direction changes.
  • Consequently, comprehensive nutrition planning enables footballers to meet the demanding requirements of using both energy systems repeatedly during competition.

Show Worked Solution

Sample Answer

  • Football requires high daily carbohydrate intake because players alternate between aerobic jogging and anaerobic sprinting throughout matches.
  • Consuming low GI foods several hours pre-game provides sustained energy for continuous movement, while high GI options at half-time restore glucose for explosive efforts.
  • This dual approach works because different phases of football demand different energy release rates, therefore strategic timing supports both systems.
  • Post-game protein intake addresses muscle damage from repeated sprints and tackles, enabling faster recovery for subsequent training or matches.
  • Carbohydrate consumption after football matches replenishes glycogen stores which become depleted from both sustained running and explosive movements.
  • Regular hydration with electrolytes maintains performance because dehydration impairs both oxygen transport for aerobic work and power output for anaerobic efforts.
  • These combined strategies ensure football players maintain intensity throughout matches by providing appropriate fuel for alternating between jogging, sprinting, jumping and quick direction changes.
  • Consequently, comprehensive nutrition planning enables footballers to meet the demanding requirements of using both energy systems repeatedly during competition.

HMS, BM EQ-Bank 221

Compare the role of carbohydrate intake in different sporting activities.   (5 marks)

Show Answers Only

Sample Answer

Similarities:

All sporting activities require:

  • Carbohydrate intake as the primary fuel source for movement.
  • Appropriate timing of consumption for optimal performance.
  • Post-exercise carbohydrate intake for recovery.
  • Adjustment of intake based on training intensity and duration.

Differences:

  • Endurance sports require significantly higher daily carbohydrate intake while power sports need moderate amounts.
  • Aerobic activities benefit from low glycaemic index carbohydrates for sustained energy whereas anaerobic sports use high GI for rapid glucose availability.
  • Marathon runners need carbohydrate loading protocols before events while sprinters require only normal intake.
  • Endurance athletes consume carbohydrates during prolonged events whereas power athletes only need pre-event fuelling.
  • Recovery demands differ with endurance athletes requiring more frequent glycogen replenishment than power athletes due to greater depletion.

Sport-Specific Application:

  • The role of carbohydrates fundamentally differs based on energy system demands. Aerobic sports require sustained availability while anaerobic sports need immediate accessibility.

Show Worked Solution

Sample Answer

Similarities:

All sporting activities require:

  • Carbohydrate intake as the primary fuel source for movement.
  • Appropriate timing of consumption for optimal performance.
  • Post-exercise carbohydrate intake for recovery.
  • Adjustment of intake based on training intensity and duration.

Differences:

  • Endurance sports require significantly higher daily carbohydrate intake while power sports need moderate amounts.
  • Aerobic activities benefit from low glycaemic index carbohydrates for sustained energy whereas anaerobic sports use high GI for rapid glucose availability.
  • Marathon runners need carbohydrate loading protocols before events while sprinters require only normal intake.
  • Endurance athletes consume carbohydrates during prolonged events whereas power athletes only need pre-event fuelling.
  • Recovery demands differ with endurance athletes requiring more frequent glycogen replenishment than power athletes due to greater depletion.

Sport-Specific Application:

  • The role of carbohydrates fundamentally differs based on energy system demands. Aerobic sports require sustained availability while anaerobic sports need immediate accessibility.

HMS, BM EQ-Bank 220

Explain how understanding energy system nutrition can improve athletic performance.   (5 marks)

Show Answers Only

Sample Answer

  • Understanding that carbohydrates fuel both energy systems enables athletes to consume appropriate amounts for their sport. This leads to optimised fuel availability during performance.
  • Knowing endurance activities require more carbohydrates allows athletes to increase intake accordingly, which prevents early fatigue from glycogen depletion.
  • Understanding protein timing for muscle repair results in faster recovery between training sessions. This occurs because athletes consume protein when muscles are most receptive to rebuilding.
  • Knowledge of B vitamins’ role in energy production helps athletes choose foods that support their energy systems. Therefore, consuming wholegrains and legumes enhances aerobic metabolism efficiency.
  • Understanding hydration needs for different activities prevents performance decline. Because endurance athletes know their higher fluid losses, they can maintain optimal hydration throughout events.
  • Consequently, athletes who understand energy system nutrition achieve better performance through targeted fuelling, faster recovery, and sustained energy levels during both training and competition.

Show Worked Solution

Sample Answer

  • Understanding that carbohydrates fuel both energy systems enables athletes to consume appropriate amounts for their sport. This leads to optimised fuel availability during performance.
  • Knowing endurance activities require more carbohydrates allows athletes to increase intake accordingly, which prevents early fatigue from glycogen depletion.
  • Understanding protein timing for muscle repair results in faster recovery between training sessions. This occurs because athletes consume protein when muscles are most receptive to rebuilding.
  • Knowledge of B vitamins’ role in energy production helps athletes choose foods that support their energy systems. Therefore, consuming wholegrains and legumes enhances aerobic metabolism efficiency.
  • Understanding hydration needs for different activities prevents performance decline. Because endurance athletes know their higher fluid losses, they can maintain optimal hydration throughout events.
  • Consequently, athletes who understand energy system nutrition achieve better performance through targeted fuelling, faster recovery, and sustained energy levels during both training and competition.

HMS, BM EQ-Bank 219

Evaluate the importance of glycogen loading for aerobic versus anaerobic activities.   (8 marks)

Show Answers Only

Sample Answer

Evaluation Statement:

  • Glycogen loading is highly effective for aerobic activities but ineffective for anaerobic activities.

Aerobic Activities – Fuel Requirements:

  • Strongly meets endurance fuel requirements for events exceeding 90 minutes duration.
  • Loading involves increasing carbohydrate intake over 2-4 days while tapering training.
  • This maximises muscle glycogen stores which serve as primary fuel for sustained aerobic performance.
  • Without loading, glycogen depletion occurs causing significant performance decline known as “hitting the wall”.
  • Proves highly effective as loaded athletes can maintain pace throughout extended events.

Anaerobic Activities – Energy System Demands:

  • Fails to benefit activities using immediate and short-term energy systems lasting seconds to minutes.
  • Sprint events and explosive movements rely on immediate energy stores, not glycogen.
  • Normal daily carbohydrate intake provides sufficient glycogen for brief high-intensity efforts.
  • Loading offers no advantage as these activities don’t deplete glycogen stores.

Practical Considerations:

  • Loading requires careful planning and dietary changes that may disrupt training routines.
  • Aerobic athletes find this worthwhile given substantial performance benefits.
  • Anaerobic athletes gain no measurable improvement making the process unnecessary.

Final Evaluation:

  • Glycogen loading effectiveness directly correlates with event duration and energy system demands.
  • It is an essential strategy for endurance athletes but completely unnecessary for power athletes.
  • The contrasting effectiveness demonstrates the importance of matching nutritional strategies to specific sport requirements.
Show Worked Solution

Sample Answer

Evaluation Statement:

  • Glycogen loading is highly effective for aerobic activities but ineffective for anaerobic activities.

Aerobic Activities – Fuel Requirements:

  • Strongly meets endurance fuel requirements for events exceeding 90 minutes duration.
  • Loading involves increasing carbohydrate intake over 2-4 days while tapering training.
  • This maximises muscle glycogen stores which serve as primary fuel for sustained aerobic performance.
  • Without loading, glycogen depletion occurs causing significant performance decline known as “hitting the wall”.
  • Proves highly effective as loaded athletes can maintain pace throughout extended events.

Anaerobic Activities – Energy System Demands:

  • Fails to benefit activities using immediate and short-term energy systems lasting seconds to minutes.
  • Sprint events and explosive movements rely on immediate energy stores, not glycogen.
  • Normal daily carbohydrate intake provides sufficient glycogen for brief high-intensity efforts.
  • Loading offers no advantage as these activities don’t deplete glycogen stores.

Practical Considerations:

  • Loading requires careful planning and dietary changes that may disrupt training routines.
  • Aerobic athletes find this worthwhile given substantial performance benefits.
  • Anaerobic athletes gain no measurable improvement making the process unnecessary.

Final Evaluation:

  • Glycogen loading effectiveness directly correlates with event duration and energy system demands.
  • It is an essential strategy for endurance athletes but completely unnecessary for power athletes.
  • The contrasting effectiveness demonstrates the importance of matching nutritional strategies to specific sport requirements.

HMS, BM EQ-Bank 218

Explain how vitamins function as catalysts in energy production for active people.   (4 marks)

Show Answers Only

Sample Answer

  • Vitamins function as catalysts because they help the body use energy nutrients without containing energy themselves.
  • This catalytic action enables the body to break down carbohydrates, fats and proteins into usable energy during exercise.
  • B vitamins particularly assist converting carbohydrates to energy, which is essential for the aerobic system as carbohydrates are its main fuel source.
  • Therefore, adequate vitamin intake ensures efficient energy production by facilitating the breakdown of food fuels for active people.

Show Worked Solution

Sample Answer

  • Vitamins function as catalysts because they help the body use energy nutrients without containing energy themselves.
  • This catalytic action enables the body to break down carbohydrates, fats and proteins into usable energy during exercise.
  • B vitamins particularly assist converting carbohydrates to energy, which is essential for the aerobic system as carbohydrates are its main fuel source.
  • Therefore, adequate vitamin intake ensures efficient energy production by facilitating the breakdown of food fuels for active people.

HMS, BM EQ-Bank 217

Outline the hydration needs of sprinters versus endurance athletes.   (3 marks)

Show Answers Only

Sample Answer

  • Endurance athletes lose 2-3 litres fluid per hour requiring electrolyte replacement during activity to prevent performance decline.
  • Sprinters lose minimal fluid through brief intense effort requiring basic pre/post hydration protocols.
  • Timing of hydration varies significantly: endurance athletes need 150-300 millilitres every 15-20 minutes during activity while sprinters focus on achieving urine color of pale straw 4 hours pre-event to ensure optimal hydration status.
Show Worked Solution

Sample Answer

  • Endurance athletes lose 2-3 litres fluid per hour requiring electrolyte replacement during activity to prevent performance decline.
  • Sprinters lose minimal fluid through brief intense effort requiring basic pre/post hydration protocols.
  • Timing of hydration varies significantly: endurance athletes need 150-300 millilitres every 15-20 minutes during activity while sprinters focus on achieving urine color of pale straw 4 hours pre-event to ensure optimal hydration status.

HMS, BM EQ-Bank 216

Explain why timing of nutrient intake differs for a weightlifter versus a marathon runner.   (3 marks)

Show Answers Only

Sample Answer

  • Weightlifters need protein within 1-2 hours post-exercise because explosive lifting causes muscle damage requiring immediate repair.
  • Marathon runners require carbohydrate loading 2-4 days before events due to their need for maximised glycogen stores lasting 90+ minutes.
  • This difference occurs because weightlifters use the ATP-PCr system for brief efforts, whereas marathon runners rely on the aerobic system which depends on sustained glycogen availability.
Show Worked Solution

Sample Answer

  • Weightlifters need protein within 1-2 hours post-exercise because explosive lifting causes muscle damage requiring immediate repair.
  • Marathon runners require carbohydrate loading 2-4 days before events due to their need for maximised glycogen stores lasting 90+ minutes.
  • This difference occurs because weightlifters use the ATP-PCr system for brief efforts, whereas marathon runners rely on the aerobic system which depends on sustained glycogen availability.

HMS, BM EQ-Bank 215

Describe how protein requirements differ between predominantly aerobic versus anaerobic activities.  (2 marks)

Show Answers Only

Sample Answer

  • Anaerobic activities require more protein for muscle repair due to greater muscle stress during explosive movements and power activities.
  • Aerobic activities need protein mainly for enzyme production and minor muscle repair, with protein only becoming a fuel source in extreme ultra-endurance events.
Show Worked Solution

Sample Answer

  • Anaerobic activities require more protein for muscle repair due to greater muscle stress during explosive movements and power activities.
  • Aerobic activities need protein mainly for enzyme production and minor muscle repair, with protein only becoming a fuel source in extreme ultra-endurance events.

HMS, BM EQ-Bank 214

Outline TWO differences in carbohydrate requirements between aerobic and anaerobic athletes.   (2 marks)

Show Answers Only

Sample Answer – ANY 2 of the following

Glycaemic index carbohydrates

  • Aerobic athletes require low glycaemic index carbohydrates for sustained energy release.
  • Anaerobic athletes need high glycaemic index carbohydrates for rapid glucose availability.

Daily intake amounts

  • Endurance athletes require significantly higher daily carbohydrate intake for aerobic demands.
  • Anaerobic athletes need moderate daily amounts focused on training sessions.

Carbohydrate loading

  • Aerobic athletes benefit from carbohydrate loading before endurance events.
  • Anaerobic athletes don’t require loading as events are brief.

During-event consumption

  • Endurance athletes must consume carbohydrates during prolonged aerobic events.
  • Anaerobic athletes don’t consume carbohydrates during brief explosive efforts.

Energy system timing

  • Aerobic activities convert stored glycogen gradually over extended time.
  • Anaerobic events require immediate carbohydrate availability for explosive efforts.
Show Worked Solution

Sample Answer

Glycaemic index carbohydrates

  • Aerobic athletes require low glycaemic index carbohydrates for sustained energy release.
  • Anaerobic athletes need high glycaemic index carbohydrates for rapid glucose availability.

Daily intake amounts

  • Endurance athletes require significantly higher daily carbohydrate intake for aerobic demands.
  • Anaerobic athletes need moderate daily amounts focused on training sessions.

Carbohydrate loading

  • Aerobic athletes benefit from carbohydrate loading before endurance events.
  • Anaerobic athletes don’t require loading as events are brief.

During-event consumption

  • Endurance athletes must consume carbohydrates during prolonged aerobic events.
  • Anaerobic athletes don’t consume carbohydrates during brief explosive efforts.

Energy system timing

  • Aerobic activities convert stored glycogen gradually over extended time.
  • Anaerobic events require immediate carbohydrate availability for explosive efforts.

HMS, BM EQ-Bank 213 MC

An endurance cyclist should prioritise which nutritional strategy during a 4-hour race?

  1. High protein intake
  2. High fat consumption
  3. Protein shakes
  4. Regular carbohydrate consumption
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\(D\)

Show Worked Solution
  • D is correct: Prevents glycogen depletion and maintains blood glucose during prolonged aerobic exercise.

Other Options:

  • A is incorrect: Not primary fuel source
  • B is incorrect: Too slow to metabolise
  • C is incorrect: Not immediate energy source

HMS, BM EQ-Bank 212 MC

A sprinter requires which micronutrient for optimal anaerobic energy production?

  1. Vitamin D
  2. Vitamin B
  3. Vitamin C
  4. Vitamin E
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\(B\)

Show Worked Solution
  • B is correct: Essential for ATP production and energy metabolism

Other Options:

  • A is incorrect: Bone health primarily
  • C is incorrect: Immune function primarily
  • D is incorrect: Antioxidant primarily

HMS, BM EQ-Bank 211 MC

When should an athlete competing in shot put (predominantly anaerobic) consume their main pre-event meal?

  1. 30 minutes before
  2. 1 hour before
  3. 3 - 4 hours before
  4. 6 hours before
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\(C\)

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  • C is correct: Allows digestion while maintaining energy stores

Other Options:

  • A is incorrect: Too close to event
  • B is incorrect: Insufficient digestion time
  • D is incorrect: Too far from event

HMS, BM EQ-Bank 210 MC

Which macronutrient is MOST important for a marathon runner compared to a power lifter?

  1. Protein
  2. Carbohydrates
  3. Fat
  4. Water
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\(B\)

Show Worked Solution
  • B is correct: Marathon requires sustained glycogen stores for aerobic activity

Other Options:

  • A is incorrect: More important for anaerobic/strength
  • C is incorrect: Secondary fuel source
  • D is incorrect: Important but not a macronutrient

HMS, BM EQ-Bank 209 MC

Which activity would rely MOST heavily on the ATP-PCr system?

  1. High jump
  2. 800 metre run
  3. Marathon
  4. Tennis match
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\(A\)

Show Worked Solution
  • A is correct: High jump takes 1-3 seconds of explosive effort, perfectly matching ATP-PCr system duration

Other Options:

  • B is incorrect: 800m run takes 2-3 minutes, primarily using glycolytic and aerobic systems
  • C is incorrect: Marathon relies almost entirely on aerobic system for 2-4 hours
  • D is incorrect: Tennis involves repeated efforts using all three energy systems