The graph shows the volume and intensity of an aerobic athlete’s training plan over a year.
At which point in the year is the athlete entering the pre-season phase of competition?
- \(W\)
- \(X\)
- \(Y\)
- \(Z\)
HMS, TIP EQ-Bank 346 MC
At what stage of yearly training should sport-specific attributes receive the greatest emphasis for optimal competition preparation?
- During off-season periods to maintain fitness levels
- Throughout the entire yearly program with equal emphasis
- Early in the pre-season during general preparation phases
- Towards the end of pre-season following general preparation work
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\(D\)
Show Worked Solution
- D is correct: Sport-specific attributes are emphasised towards the end of pre-season after general fitness has been established. This allows safe conversion of base fitness into competition-specific demands.
Other Options:
- A is incorrect: Off-season focuses on recovery and variety rather than intensive sport-specific preparation.
- B is incorrect: Sport-specific emphasis varies throughout the year with peak focus in late pre-season periods.
- C is incorrect: Early pre-season emphasises general preparation before progressing to specific attributes later in the phase.
HMS, TIP EQ-Bank 333
Why might the pre-season requirements be different for individuals within a group sport compared to individual sport athletes? (4 marks)
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- Group sport athletes require team-oriented training that includes positional play, communication and coordination with teammates during preparation.
- Individual differences within teams necessitate varied training focus as each position has different physical and skill demands.
- For example, a football goalkeeper needs different preparation compared to a centre midfielder who requires enhanced aerobic fitness.
- Individual sport athletes focus on personal technique refinement and addressing individual weaknesses whilst capitalising on personal strengths.
- Team sport preparation involves integrating individual skills within team strategies, whilst individual athletes concentrate on self-directed performance optimisation.
- Therefore group sport pre-season requires balancing individual needs with collective team preparation demands.
Show Worked Solution
- Group sport athletes require team-oriented training that includes positional play, communication and coordination with teammates during preparation.
- Individual differences within teams necessitate varied training focus as each position has different physical and skill demands.
- For example, a football goalkeeper needs different preparation compared to a centre midfielder who requires enhanced aerobic fitness.
- Individual sport athletes focus on personal technique refinement and addressing individual weaknesses whilst capitalising on personal strengths.
- Team sport preparation involves integrating individual skills within team strategies, whilst individual athletes concentrate on self-directed performance optimisation.
- Therefore group sport pre-season requires balancing individual needs with collective team preparation demands.
HMS, TIP EQ-Bank 332 MC
Which combination of aims best describes the primary objectives of the in-season (competition) phase?
- Develop technique, improve biomechanics and introduce new strategies for upcoming competitions
- Maintain stamina, practise tactics and strategies, and gain competitive experience
- Build aerobic base, increase training volume and focus on general fitness development
- Allow complete rest, incorporate variety activities and target areas needing improvement
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\(B\)
Show Worked Solution
- B is correct: The in-season phase aims to maintain stamina, practise and improve tactics and strategies and gain competitive experience.
Other options:
- A is incorrect: Developing technique, improving biomechanics and introducing strategies are pre-season objectives.
- C is incorrect: Building aerobic base and increasing volume are pre-season general preparation activities.
- D is incorrect: Complete rest, variety and targeting improvements describe off-season transition phase goals.
HMS, TIP EQ-Bank 331 MC
What is the main purpose of the off-season (transition) phase for athletes in both individual and group sports?
- To begin intensive skill development and tactical preparation for the upcoming season
- To maintain peak competitive fitness levels achieved during the competitive season
- To allow physical and mental recovery whilst incorporating variety and rehabilitation
- To focus exclusively on strength training and power development for improved performance
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\(C\)
Show Worked Solution
- C is correct: The off-season allows for physical and mental recovery whilst incorporating variety, rehabilitation and targeting areas for improvement.
Other options:
- A is incorrect: Intensive skill and tactical development are pre-season activities, not off-season recovery focuses.
- B is incorrect: Maintaining peak fitness contradicts the recovery purpose of the transition phase.
- D is incorrect: Exclusive strength focus ignores the broader recovery and variety needs of the off-season.
HMS, TIP EQ-Bank 330 MC
During the in-season phase, how do training volume and intensity typically change compared to pre-season training?
- Both volume and intensity remain constant throughout the competitive period
- Volume increases significantly whilst intensity decreases to prevent overtraining
- Volume decreases whilst intensity increases to match competitive demands
- Both volume and intensity decrease to allow for recovery between competitions
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\(C\)
Show Worked Solution
- C is correct: During in-season, a general increase in intensity is matched by a corresponding decrease in volume with less time spent on continuous repetitive work.
Other options:
- A is incorrect: Training characteristics change significantly from pre-season to in-season rather than remaining constant.
- B is incorrect: Volume increases would contradict the need to balance training with competition recovery demands.
- D is incorrect: While volume decreases, intensity actually increases rather than decreases during competitive periods.
HMS, TIP EQ-Bank 329 MC
What is the primary focus during the pre-season phase for both individual and group sports?
- Maintaining fitness levels developed during the previous competitive season
- Developing fitness components, technique and introducing strategies for the upcoming season
- Perfecting skill execution and gaining competitive experience against opponents
- Reducing training volume while increasing intensity to peak for major competitions
Show Answers Only
\(B\)
Show Worked Solution
- B is correct: The pre-season phase focuses on developing fitness components required for the season ahead, developing technique, and introducing strategies.
Other options:
- A is incorrect: Maintaining fitness is the focus of in-season training, not pre-season development.
- C is incorrect: Perfecting skill execution and gaining competitive experience are in-season phase objectives.
- D is incorrect: Reducing volume while increasing intensity describes tapering strategies, not pre-season training.
HMS, TIP 2014 HSC 32b
Justify how each of the periodisation phases is used when planning a training year. (12 marks)
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Position Statement
- Each periodisation phase is essential when planning a training year. Each phase has a distinct purpose: developing, maintaining or restoring the athlete’s physical and psychological capacities so they peak for competition without overtraining.
Pre-Season Foundation Building
- The pre-season phase builds the fitness base and fundamental skills that the competition phase depends on.
- A rugby team’s pre-season might run 12–16 weeks. It begins with high-volume aerobic conditioning and general strength work, then progresses to higher-intensity, game-specific training such as repeated sprints and contact drills.
- This progression is justified by the principle of progressive overload. Gradual increases in training load allow the body to adapt safely, building cardiovascular endurance, muscular strength and technical competence.
- Skipping or shortening this phase leaves athletes underprepared for competition loads, which increases injury risk and leads to poor early-season performance.
- This shows that pre-season is the foundation on which every later phase depends.
In-Season Performance Maintenance
- In-season training maintains the fitness gained in pre-season while managing fatigue from regular competition.
- The principle of reversibility justifies this phase: if training stops, fitness adaptations begin to decline within weeks. Maintenance training is therefore needed to keep the athlete competitive across the season.
- Training volume is reduced while intensity stays high. For example, a basketball player maintains strength with two shorter sessions per week and spends more time on tactical preparation and recovery between games.
- Peaking and tapering are planned within this phase so that athletes reach their best condition for finals or major events.
- This shows that in-season planning balances training stress against competition stress, which keeps performance consistent when it matters most.
Off-Season Recovery Integration
- The off-season gives athletes time for physical and mental recovery after the demands of competition, which reduces the risk of burnout.
- Active rest and cross-training, such as swimming or cycling for a rugby player, maintain a base level of fitness. This limits detraining, so the next pre-season does not start from scratch.
- This phase also allows full rehabilitation of injuries and lets the athlete work on weaknesses identified during the season.
- This shows that the off-season is a deliberate part of the plan, not a break from it.
Reinforcement
- Each periodisation phase is justified because it addresses a specific physiological and psychological need at the right point in the year.
- Together, the phases follow the principles of progressive overload, reversibility and specificity. This lets athletes peak for competition while avoiding overtraining and injury.
Show Worked Solution
Position Statement
- Each periodisation phase is essential when planning a training year. Each phase has a distinct purpose: developing, maintaining or restoring the athlete’s physical and psychological capacities so they peak for competition without overtraining.
Pre-Season Foundation Building
- The pre-season phase builds the fitness base and fundamental skills that the competition phase depends on.
- A rugby team’s pre-season might run 12–16 weeks. It begins with high-volume aerobic conditioning and general strength work, then progresses to higher-intensity, game-specific training such as repeated sprints and contact drills.
- This progression is justified by the principle of progressive overload. Gradual increases in training load allow the body to adapt safely, building cardiovascular endurance, muscular strength and technical competence.
- Skipping or shortening this phase leaves athletes underprepared for competition loads, which increases injury risk and leads to poor early-season performance.
- This shows that pre-season is the foundation on which every later phase depends.
In-Season Performance Maintenance
- In-season training maintains the fitness gained in pre-season while managing fatigue from regular competition.
- The principle of reversibility justifies this phase: if training stops, fitness adaptations begin to decline within weeks. Maintenance training is therefore needed to keep the athlete competitive across the season.
- Training volume is reduced while intensity stays high. For example, a basketball player maintains strength with two shorter sessions per week and spends more time on tactical preparation and recovery between games.
- Peaking and tapering are planned within this phase so that athletes reach their best condition for finals or major events.
- This shows that in-season planning balances training stress against competition stress, which keeps performance consistent when it matters most.
Off-Season Recovery Integration
- The off-season gives athletes time for physical and mental recovery after the demands of competition, which reduces the risk of burnout.
- Active rest and cross-training, such as swimming or cycling for a rugby player, maintain a base level of fitness. This limits detraining, so the next pre-season does not start from scratch.
- This phase also allows full rehabilitation of injuries and lets the athlete work on weaknesses identified during the season.
- This shows that the off-season is a deliberate part of the plan, not a break from it.
Reinforcement
- Each periodisation phase is justified because it addresses a specific physiological and psychological need at the right point in the year.
- Together, the phases follow the principles of progressive overload, reversibility and specificity. This lets athletes peak for competition while avoiding overtraining and injury.
♦♦ Mean mark 54%.
HMS, TIP 2019 HSC 31b
A periodisation chart is being developed for an athlete in a particular sport. Analyse why the athlete’s fitness and skill-specific requirements change during each phase of competition. (12 marks) --- 26 WORK AREA LINES (style=lined) --- Overview Statement Component Relationship 1 – Pre-season Fitness Development Component Relationship 2 – In-season Maintenance and Skill Focus Implications and Synthesis Overview Statement Component Relationship 1 – Pre-season Fitness Development Component Relationship 2 – In-season Maintenance and Skill Focus Implications and Synthesis
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Show Worked Solution
♦♦ Mean mark 52%.
HMS, TIP 2024 HSC 31ai
Describe ONE phase of competition that can be included when planning a training year? (3 marks)
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In-season phase
- The in-season phase is the competitive period where athletes participate in scheduled competitions and matches, focusing on maintaining peak performance levels while managing fatigue.
- Training volume typically decreases while intensity remains high to simulate competition demands.
- Emphasis is on tactical preparation and skill refinement rather than developing fitness.
- Training sessions become more sport-specific with reduced frequency (usually 2-3 sessions per week) to allow sufficient recovery between competitions.
- Physical conditioning shifts to maintenance work rather than development.
- Psychological preparation becomes increasingly important for consistent performance in competitive situations.
Show Worked Solution
In-season phase
- The in-season phase is the competitive period where athletes participate in scheduled competitions and matches, focusing on maintaining peak performance levels while managing fatigue.
- Training volume typically decreases while intensity remains high to simulate competition demands.
- Emphasis is on tactical preparation and skill refinement rather than developing fitness.
- Training sessions become more sport-specific with reduced frequency (usually 2-3 sessions per week) to allow sufficient recovery between competitions.
- Physical conditioning shifts to maintenance work rather than development.
- Psychological preparation becomes increasingly important for consistent performance in competitive situations.
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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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
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.