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HMS, BM EQ-Bank 985

Analyse different anaerobic interval training methods for individual sports versus team sports, including examples of contemporary training approaches.   (8 marks)

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Sample Answer

Overview Statement:

  • Anaerobic interval training methods differ significantly between individual and team sports.
  • Work intervals, recovery periods, and contemporary approaches interact with sport demands.
  • These relationships determine optimal performance outcomes.

Component Relationship 1: Work-Rest Patterns

  • Individual sports use longer intervals (60-90 seconds) with complete recovery (3-5 minutes).
  • This connects to the need for maximum quality in each effort.
  • A 100m sprinter performs 6 x 60m sprints at 95% intensity because each sprint must replicate race speed.
  • Complete recovery enables consistent technique maintenance.
  • This pattern reveals that individual sports prioritise movement quality over quantity.

Component Relationship 2: Recovery Demands

  • Team sports employ shorter intervals (20-30 seconds) with incomplete rest.
  • These patterns influence the development of repeated sprint ability.
  • Soccer players perform 8 x 30-second efforts with 45-second recovery which mirrors game demands.
  • Incomplete recovery causes players to adapt to performing under fatigue.
  • The significance is team sports require sustained performance despite tiredness.

Contemporary Methods and Implications:

  • Sprint Interval Training (SIT) combines maximal efforts with extended recovery.
  • High Intensity Interval Training (HIIT) offers flexible work-to-rest ratios.
  • SIT protocols of 4-6 x 30-second all-out efforts lead to improved power across both sport types.
  • HIIT adapts to specific needs: 30:30 for teams, 4min:2min for endurance events.
  • Therefore, contemporary methods provide time-efficient training for diverse sporting demands.
Show Worked Solution

Sample Answer 

Overview Statement:

  • Anaerobic interval training methods differ significantly between individual and team sports.
  • Work intervals, recovery periods, and contemporary approaches interact with sport demands.
  • These relationships determine optimal performance outcomes.

Component Relationship 1: Work-Rest Patterns

  • Individual sports use longer intervals (60-90 seconds) with complete recovery (3-5 minutes).
  • This connects to the need for maximum quality in each effort.
  • A 100m sprinter performs 6 x 60m sprints at 95% intensity because each sprint must replicate race speed.
  • Complete recovery enables consistent technique maintenance.
  • This pattern reveals that individual sports prioritise movement quality over quantity.

Component Relationship 2: Recovery Demands

  • Team sports employ shorter intervals (20-30 seconds) with incomplete rest.
  • These patterns influence the development of repeated sprint ability.
  • Soccer players perform 8 x 30-second efforts with 45-second recovery which mirrors game demands.
  • Incomplete recovery causes players to adapt to performing under fatigue.
  • The significance is team sports require sustained performance despite tiredness.

Contemporary Methods and Implications:

  • Sprint Interval Training (SIT) combines maximal efforts with extended recovery.
  • High Intensity Interval Training (HIIT) offers flexible work-to-rest ratios.
  • SIT protocols of 4-6 x 30-second all-out efforts lead to improved power across both sport types.
  • HIIT adapts to specific needs: 30:30 for teams, 4min:2min for endurance events.
  • Therefore, contemporary methods provide time-efficient training for diverse sporting demands.

HMS, BM EQ-Bank 788 MC

An athlete performed two different training methods on separate days. The table shows the physiological and performance results from each session.

\begin{array} {|l|l|l|l|l|}
\hline \textbf{Training} & \textbf{Blood} & \textbf{Post Exercise} & \textbf{Time to} \\
\textbf{Method} &  \textbf{Lactate} & \textbf{Oxygen Consumption} &  \textbf{Exhaustion} \\
\hline \text{Method X} & \text{High} & \text{Moderate} & \text{20 minutes} \\
\hline \text{Method Y} & \text{Very high} & \text{High} & \text{15 minutes} \\
\hline \end{array}

Which of the following BEST identifies Methods X and Y?

  1. Method X is HIIT, Method Y is continuous training
  2. Method X is continuous training, Method Y is HIIT
  3. Method X is SIT, Method Y is HIIT
  4. Method X is HIIT, Method Y is SIT
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\(D\)

Show Worked Solution

Consider Option D: 

  • Method X shows high (but not very high) blood lactate, moderate EPOC, and longer time to exhaustion (20 minutes), consistent with HIIT which typically involves high but not maximal intensity.
  • Method Y shows very high blood lactate, high EPOC, and shorter time to exhaustion (15 minutes), consistent with SIT which involves supramaximal intensity and creates greater physiological stress per unit time.

Other Options:

  • A is incorrect: Continuous training would produce lower blood lactate levels than HIIT, not higher as shown for Method Y.
  • B is incorrect: Continuous training typically produces moderate lactate levels and has longer time to exhaustion than HIIT, inconsistent with the data shown.
  • C is incorrect: SIT typically produces higher blood lactate and EPOC than HIIT due to its supramaximal intensity, so this order would be inconsistent with the physiological markers shown in the table.

\(\Rightarrow D\)

HMS, BM EQ-Bank 787 MC

A basketball team has been performing the following training session:

  • 4 minutes of high-intensity basketball-specific drills (85 - 90% maximum effort)
  • 2 minutes of active recovery (light jogging)
  • 6 total rounds

Which statement BEST describes this training method and its primary energy system target?

  1. This is HIIT, primarily targeting the ATP-PCr system
  2. This is SIT, primarily targeting the glycolytic system
  3. This is HIIT, primarily targeting the glycolytic and aerobic systems
  4. This is SIT, primarily targeting the ATP-PCr and aerobic systems
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\(C\)

Show Worked Solution

Consider Option C: 

  • The session describes High Intensity Interval Training (HIIT) with relatively long work intervals (4 minutes) at high but not maximal intensity (85 – 90%), with a \(2:1\) work-to-rest ratio.
  • This duration and intensity primarily challenges both the glycolytic system during the high-intensity phases and the aerobic system throughout.

Other Options:

  • A is incorrect: The ATP-PCr system is dominant only in the first 10 – 15 seconds of high-intensity exercise; 4 minute intervals would primarily challenge glycolytic and aerobic systems.
  • B is incorrect: SIT involves shorter (typically 30 seconds), maximal effort intervals with longer recovery periods, unlike the 4 minute work intervals described.
  • D is incorrect: SIT uses supramaximal intensities for very short durations, not the 4 minute intervals at 85 – 90% effort described, and would not primarily target the combination of ATP-PCr and aerobic systems.

\(\Rightarrow C\)

HMS, BM EQ-Bank 782

Explain how a soccer coach could design an effective anaerobic interval training session that addresses the specific movement patterns and energy demands of soccer players.   (5 marks)

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Sample Answer

  • High-intensity intervals should include directional changes and ball control skills. This works because soccer requires sprinting while changing direction and controlling the ball. For example, 15-second sprints with turns, acceleration, and dribbling at 90% effort. As a result, players develop the explosive power needed for match situations.
  • Work-to-rest ratios of 1:2 match soccer’s stop-start nature. The reason for this is players need partial recovery to simulate match conditions. Sessions include 30-second high-intensity efforts with 60-second active recovery. Therefore, players improve their ability to repeat sprints throughout a 90-minute match.
  • Session duration of 20-30 minutes reflects actual high-intensity match time. This approach succeeds because it matches the total sprinting time in real games. Coaches progress from 1:3 ratios early season to 1:1 near competition. Consequently, players reach peak fitness when matches become most important.
  • Including soccer-specific movements prevents fitness without skill. It functions by combining conditioning with technical practice. Players perform shuttles with passing or defensive slides with direction changes. Hence, fitness improvements transfer directly to match performance.
Show Worked Solution

Sample Answer

  • High-intensity intervals should include directional changes and ball control skills. This works because soccer requires sprinting while changing direction and controlling the ball. For example, 15-second sprints with turns, acceleration, and dribbling at 90% effort. As a result, players develop the explosive power needed for match situations.
  • Work-to-rest ratios of 1:2 match soccer’s stop-start nature. The reason for this is players need partial recovery to simulate match conditions. Sessions include 30-second high-intensity efforts with 60-second active recovery. Therefore, players improve their ability to repeat sprints throughout a 90-minute match.
  • Session duration of 20-30 minutes reflects actual high-intensity match time. This approach succeeds because it matches the total sprinting time in real games. Coaches progress from 1:3 ratios early season to 1:1 near competition. Consequently, players reach peak fitness when matches become most important.
  • Including soccer-specific movements prevents fitness without skill. It functions by combining conditioning with technical practice. Players perform shuttles with passing or defensive slides with direction changes. Hence, fitness improvements transfer directly to match performance.

HMS, BM EQ-Bank 781

Compare the work-to-rest ratios that would be appropriate for anaerobic interval training programs for the following athletes:

  • A 100 metre sprinter
  • A 400 metre runner
  • A basketball player.   (5 marks)
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Sample Answer

Similarities:

  • All three athletes use anaerobic interval training with high-intensity work periods
  • Each requires structured rest periods for energy recovery
  • Training ratios change throughout the season based on competition needs
  • Work intervals always involve maximal or near-maximal effort

Differences:

  • 100m Sprinter:
    • Work-to-rest ratio: 1:8-10 (10 second sprint, 80-100 seconds recovery)
    • Allows complete ATP-PCr replenishment between efforts
    • Focuses on pure speed and power development
  • 400m Runner:
    • Work-to-rest ratio: 1:2-3 (45 second sprint, 2-3 minutes recovery)
    • Develops ability to work with lactic acid build-up
    • Targets both ATP-PCr and glycolytic systems
  • Basketball Player:
    • Work-to-rest ratio: 1:1-2 (30 second sprint, 30-60 seconds recovery)
    • Simulates game conditions with minimal recovery
    • Prepares for continuous play with brief rest periods

Rationale:

  • These ratios match each sport’s specific energy demands.
  • Sprinters need full recovery for maximum power.
  • Middle-distance runners must handle fatigue from lactic acid.
  • Basketball players need repeated efforts with short breaks.
Show Worked Solution

Sample Answer

Similarities:

  • All three athletes use anaerobic interval training with high-intensity work periods
  • Each requires structured rest periods for energy recovery
  • Training ratios change throughout the season based on competition needs
  • Work intervals always involve maximal or near-maximal effort

Differences:

  • 100m Sprinter:
    • Work-to-rest ratio: 1:8-10 (10 second sprint, 80-100 seconds recovery)
    • Allows complete ATP-PCr replenishment between efforts
    • Focuses on pure speed and power development
  • 400m Runner:
    • Work-to-rest ratio: 1:2-3 (45 second sprint, 2-3 minutes recovery)
    • Develops ability to work with lactic acid build-up
    • Targets both ATP-PCr and glycolytic systems
  • Basketball Player:
    • Work-to-rest ratio: 1:1-2 (30 second sprint, 30-60 seconds recovery)
    • Simulates game conditions with minimal recovery
    • Prepares for continuous play with brief rest periods

Rationale:

  • These ratios match each sport’s specific energy demands.
  • Sprinters need full recovery for maximum power.
  • Middle-distance runners must handle fatigue from lactic acid.
  • Basketball players need repeated efforts with short breaks.

HMS, BM EQ-Bank 779

A netball coach is planning to implement anaerobic interval training for her team during preseason.

Outline THREE key features of anaerobic interval training.   (3 marks)

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Sample Answer – Any THREE of the following

  • High-intensity exercise bouts (85-95% maximum effort). Alternated with recovery periods of lower intensity or rest.
  • Work intervals typically range from 15 seconds to 2 minutes. This targets the ATP-PCr and glycolytic energy systems.
  • Rest periods allow partial but not complete recovery. Work-to-rest ratios usually between 1:1 and 1:3.
  • Produces significant lactic acid during exercise. Athletes learn to work despite this discomfort.
  • Can include sport-specific movement patterns. Matches the intensity and timing of competition demands.
  • Allows more high-intensity work than continuous training. Total volume achieved through multiple intervals.
  • Improves both aerobic and anaerobic fitness. Particularly effective for sports with varied intensity.
  • Recovery periods can be active or passive. Active recovery helps remove waste products between efforts.
Show Worked Solution

Sample Answer – Any THREE of the following

  • High-intensity exercise bouts (85-95% maximum effort). Alternated with recovery periods of lower intensity or rest.
  • Work intervals typically range from 15 seconds to 2 minutes. This targets the ATP-PCr and glycolytic energy systems.
  • Rest periods allow partial but not complete recovery. Work-to-rest ratios usually between 1:1 and 1:3.
  • Produces significant lactic acid during exercise. Athletes learn to work despite this discomfort.
  • Can include sport-specific movement patterns. Matches the intensity and timing of competition demands.
  • Allows more high-intensity work than continuous training. Total volume achieved through multiple intervals.
  • Improves both aerobic and anaerobic fitness. Particularly effective for sports with varied intensity.
  • Recovery periods can be active or passive. Active recovery helps remove waste products between efforts.

HMS, BM EQ-Bank 777

Katie is a 15-year-old cross-country runner who has been advised by her coach to incorporate continuous training into her program.

Explain the impact of continuous aerobic training on her physical fitness and performance. In your response, make reference to relevant energy systems.   (5 marks)

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Sample Answer

  • Continuous training at 70-80% MHR strengthens Katie’s heart. This occurs because sustained aerobic work makes the heart muscle work consistently. Her heart pumps more blood with each beat and delivers more oxygen to muscles. As a result, Katie’s heart works more efficiently during long races.
  • Regular aerobic training improves how Katie’s muscles use oxygen. The reason for this is the aerobic energy system becomes the main fuel source during continuous work. Her muscles develop more small blood vessels and produce energy more efficiently. Consequently, she can run at faster speeds while still using oxygen for energy.
  • Continuous training allows Katie to run longer before getting tired. It functions by training her body to clear waste products while running. She can maintain her race pace for extended periods using her aerobic system. Therefore, Katie performs better in cross-country events that last 15-20 minutes.
  • The aerobic energy system becomes Katie’s primary source during races. This happens because continuous training specifically targets this system through sustained effort. Hence, she relies less on anaerobic energy that causes early fatigue in distance events.
Show Worked Solution

Sample Answer 

  • Continuous training at 70-80% MHR strengthens Katie’s heart. This occurs because sustained aerobic work makes the heart muscle work consistently. Her heart pumps more blood with each beat and delivers more oxygen to muscles. As a result, Katie’s heart works more efficiently during long races.
  • Regular aerobic training improves how Katie’s muscles use oxygen. The reason for this is the aerobic energy system becomes the main fuel source during continuous work. Her muscles develop more small blood vessels and produce energy more efficiently. Consequently, she can run at faster speeds while still using oxygen for energy.
  • Continuous training allows Katie to run longer before getting tired. It functions by training her body to clear waste products while running. She can maintain her race pace for extended periods using her aerobic system. Therefore, Katie performs better in cross-country events that last 15-20 minutes.
  • The aerobic energy system becomes Katie’s primary source during races. This happens because continuous training specifically targets this system through sustained effort. Hence, she relies less on anaerobic energy that causes early fatigue in distance events.

HMS, BM EQ-Bank 775

A long-distance runner has been incorporating continuous aerobic training into their program.

Outline the key characteristics of continuous aerobic training and identify ONE physiological benefit this would provide to the athlete.   (3 marks)

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Sample Answer

  • Continuous aerobic training involves steady, uninterrupted exercise. It typically uses 60-80% maximum heart rate for an extended period.
  • The activity is performed without rest intervals. Heart rate stays elevated throughout the entire session.

Any ONE of the following physiological benefits:

  • More capillaries develop in working muscles, improving oxygen delivery during long runs. This allows the runner to maintain pace for extended periods without early fatigue. The improved blood flow also helps remove waste products more efficiently.
  • Heart pumps more blood with each beat, reducing the effort needed during exercise. This means the runner’s heart rate stays lower at the same running speed. Over time, this improved efficiency allows for faster speeds at comfortable effort levels.
  • Muscles store more glycogen, providing extra energy reserves for distance events. This increased storage means runners can maintain their pace longer before hitting “the wall”. The body learns to preserve these stores by using other fuel sources first.
  • Body becomes better at using fat for fuel during long runs. This spares precious glycogen stores for when they’re really needed. Runners can therefore sustain moderate pace for hours without depleting their primary energy reserves.
  • Resting heart rate decreases significantly, showing improved cardiovascular fitness. A lower resting rate means the heart is stronger and more efficient. This allows better recovery between training sessions and indicates the body handles stress more effectively.
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Sample Answer 

  • Continuous aerobic training involves steady, uninterrupted exercise. It typically uses 60-80% maximum heart rate for an extended period.
  • The activity is performed without rest intervals. Heart rate stays elevated throughout the entire session.

Any ONE of the following physiological benefits:

  • More capillaries develop in working muscles, improving oxygen delivery during long runs. This allows the runner to maintain pace for extended periods without early fatigue. The improved blood flow also helps remove waste products more efficiently.
  • Heart pumps more blood with each beat, reducing the effort needed during exercise. This means the runner’s heart rate stays lower at the same running speed. Over time, this improved efficiency allows for faster speeds at comfortable effort levels.
  • Muscles store more glycogen, providing extra energy reserves for distance events. This increased storage means runners can maintain their pace longer before hitting “the wall”. The body learns to preserve these stores by using other fuel sources first.
  • Body becomes better at using fat for fuel during long runs. This spares precious glycogen stores for when they’re really needed. Runners can therefore sustain moderate pace for hours without depleting their primary energy reserves.
  • Resting heart rate decreases significantly, showing improved cardiovascular fitness. A lower resting rate means the heart is stronger and more efficient. This allows better recovery between training sessions and indicates the body handles stress more effectively.

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: SIT – primarily improves aerobic capacity; Method Y: HIIT – primarily improves anaerobic power
  2. Method X: HIIT – primarily improves anaerobic power; Method Y: SIT – primarily improves aerobic capacity
  3. Method X: HIIT – primarily improves aerobic capacity; Method Y: SIT – primarily improves anaerobic power
  4. Method X: SIT – primarily improves anaerobic power; Method Y: HIIT – primarily improves aerobic capacity
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\(D\)

Show Worked Solution

Consider Option D:

  • Method X is SIT (short maximal efforts with long recovery), which primarily improves anaerobic power.
  • Method Y is HIIT (longer submaximal efforts with shorter recovery), which primarily improves aerobic capacity.

Other options:

  • A is incorrect: Identifies the methods correctly but reverses their primary training effects.
  • B is incorrect: Reverses the method labels, and also pairs each method with the wrong training effect.
  • C is incorrect: Pairs each method with its correct training effect but reverses the labels for X and Y.

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
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\(C\)

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) target different energy systems to improve performance for an Olympic kayaker.   (5 marks)

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  • Continuous training at 65–75% MHR for 30 minutes or more targets the aerobic energy system. This occurs because sustained moderate-intensity paddling allows oxygen supply to meet energy demand. Sessions such as 45 minutes of steady-paced paddling build aerobic endurance. As a result, kayakers can hold a consistent pace across a 3–4 minute 1000 m race.
  • HIIT alternating 85–95% MHR efforts with recovery periods targets the glycolytic (lactic acid) system. The reason is that hard efforts of 30 seconds to 2 minutes exceed the body’s ability to supply oxygen, so energy is produced anaerobically. Sessions such as 6 x 90 seconds of hard paddling with 90 seconds recovery replicate 500 m race intensity. Consequently, kayakers can sustain high speed for longer despite lactate accumulation.
  • Each method therefore suits different events. The 200 m and 500 m events rely heavily on anaerobic energy, so HIIT is the more specific method for sprint kayakers. The 1000 m is predominantly aerobic, so continuous training forms the larger part of a distance paddler’s program. Hence, training programs match each event’s energy system demands.
Show Worked Solution
  • Continuous training at 65–75% MHR for 30 minutes or more targets the aerobic energy system. This occurs because sustained moderate-intensity paddling allows oxygen supply to meet energy demand. Sessions such as 45 minutes of steady-paced paddling build aerobic endurance. As a result, kayakers can hold a consistent pace across a 3–4 minute 1000 m race.
  • HIIT alternating 85–95% MHR efforts with recovery periods targets the glycolytic (lactic acid) system. The reason is that hard efforts of 30 seconds to 2 minutes exceed the body’s ability to supply oxygen, so energy is produced anaerobically. Sessions such as 6 x 90 seconds of hard paddling with 90 seconds recovery replicate 500 m race intensity. Consequently, kayakers can sustain high speed for longer despite lactate accumulation.
  • Each method therefore suits different events. The 200 m and 500 m events rely heavily on anaerobic energy, so HIIT is the more specific method for sprint kayakers. The 1000 m is predominantly aerobic, so continuous training forms the larger part of a distance paddler’s program. Hence, training programs match each event’s energy system demands.

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 248

Describe how aerobic and anaerobic training methods can be combined in a basketball team’s training program to meet the energy demands of the game.    (6 marks)

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Energy demands of basketball

  • Games involve four 10-minute quarters of continuous movement, broken up by repeated sprints, jumps and rapid direction changes.
  • Players rely on the aerobic system for sustained play and recovery, and on the ATP-PCr and glycolytic systems for explosive efforts.
  • A program therefore needs both aerobic and anaerobic methods.

Aerobic training – continuous

  • 20–30 minutes of continuous court running or dribbling drills at 70% MHR.
  • Develops aerobic endurance so players can maintain work rate across all four quarters.
  • A stronger aerobic base also speeds recovery between high-intensity efforts.

Anaerobic interval training

  • 10 x 15-second full-court sprints with 45 seconds recovery (1:3 work-to-rest ratio).
  • Targets the ATP-PCr and glycolytic systems used in fast breaks and defensive transitions.
  • Incomplete recovery mirrors the short breaks in play during games.

Contemporary methods

  • Sprint Interval Training (SIT), such as 4–6 x 30-second all-out shuttle sprints with 3–4 minutes rest.
  • Develops anaerobic power for rebounds, drives to the basket and repeated sprints.
  • Time-efficient, so it fits alongside skills practice in team sessions.

Combining the methods

  • Continuous and anaerobic sessions are spread across the week so that high-intensity days are separated by aerobic or skills days.
  • Including basketball movements (dribbling, defensive slides) in both methods keeps training specific to the game.
  • The combination develops the endurance and repeated explosive ability that match play demands.
Show Worked Solution

Energy demands of basketball

  • Games involve four 10-minute quarters of continuous movement, broken up by repeated sprints, jumps and rapid direction changes.
  • Players rely on the aerobic system for sustained play and recovery, and on the ATP-PCr and glycolytic systems for explosive efforts.
  • A program therefore needs both aerobic and anaerobic methods.

Aerobic training – continuous

  • 20–30 minutes of continuous court running or dribbling drills at 70% MHR.
  • Develops aerobic endurance so players can maintain work rate across all four quarters.
  • A stronger aerobic base also speeds recovery between high-intensity efforts.

Anaerobic interval training

  • 10 x 15-second full-court sprints with 45 seconds recovery (1:3 work-to-rest ratio).
  • Targets the ATP-PCr and glycolytic systems used in fast breaks and defensive transitions.
  • Incomplete recovery mirrors the short breaks in play during games.

Contemporary methods

  • Sprint Interval Training (SIT), such as 4–6 x 30-second all-out shuttle sprints with 3–4 minutes rest.
  • Develops anaerobic power for rebounds, drives to the basket and repeated sprints.
  • Time-efficient, so it fits alongside skills practice in team sessions.

Combining the methods

  • Continuous and anaerobic sessions are spread across the week so that high-intensity days are separated by aerobic or skills days.
  • Including basketball movements (dribbling, defensive slides) in both methods keeps training specific to the game.
  • The combination develops the endurance and repeated explosive ability that match play demands.

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)

Show Answers Only

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 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 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 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)

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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)

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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)

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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)

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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