2024 CCEA AS-Level Sports Science and the Active Leisure Industry MA11 Practice Paper with Answers

To ensure safe practice, a fitness instructor should ensure the client uses the correct technique for each exercise to avoid injury; that any increase in intensity, duration or load is progressed gradually and appropriately for the client's current fitness level; and that adequate rest between exercise sessions, and sufficient recovery time between sets or sessions, is built into the programme to allow the body to adapt safely.

1 mark each for any three of: correct/appropriate technique; appropriate/gradual progression; adequate rest between sessions or sets; sufficient recovery time to allow adaptation; max 3.

A PARQ is a screening questionnaire used to identify any medical conditions, symptoms or risk factors that could make it unsafe for an individual to take part in exercise. It should be completed before a client begins a programme so that any contraindications to exercise can be identified and avoided, and so that the instructor can decide whether medical referral or clearance is needed before the client begins, reducing the risk of harm during exercise.

1 mark: PARQ = a screening questionnaire used to identify health risks/conditions that could make exercise unsafe; 1 mark: identifies contraindications/conditions to be avoided or considered; 1 mark: helps determine whether medical referral/clearance is needed before starting; max 3.

Carbohydrates are the body's main and most readily available source of energy. Protein is required for the growth and repair of body tissues, including muscle. Fats provide a concentrated store of energy, insulate the body and protect internal organs. Vitamins and minerals are needed in small amounts to regulate a range of body processes and prevent deficiency diseases, for example calcium is needed for strong bones and teeth. Water is essential for hydration, the transport of nutrients and waste, and the regulation of body temperature.

1 mark for each of four correctly identified nutrients with a correct function, from: carbohydrates (main energy source); protein (growth/repair of tissue); fats (energy store/insulation/organ protection); vitamins (regulate body processes/prevent deficiency); minerals (e.g. calcium for bone strength); water (hydration/transport/temperature regulation); fibre (aids digestion); max 4.

Balance allows a performer to maintain their centre of mass over their base of support, whether stationary or moving. Power allows a performer to apply strength quickly, combining strength and speed to produce an explosive movement. Agility allows a performer to change the direction or position of their body quickly while maintaining control. Co-ordination allows a performer to use two or more body parts together smoothly and efficiently. Reaction time allows a performer to respond quickly to a stimulus, such as a starting gun or an opponent's movement.

1 mark for each of four correctly identified skill-related components with an accurate description, from: balance; power; agility; co-ordination; reaction time; speed; max 4.

Aerobic endurance allows a performer to sustain prolonged, moderate-intensity exercise, using oxygen to produce energy without undue fatigue. Muscular endurance allows a muscle or muscle group to contract repeatedly against a resistance without becoming fatigued. Strength allows a performer to exert a maximal force against a resistance. Flexibility allows a performer to move a joint or series of joints through their full range of motion. Body composition describes the proportion of fat mass to lean body mass, muscle, bone and organs, in the body.

1 mark for each of four correctly identified health-related components with an accurate description, from: aerobic endurance; muscular endurance; strength; flexibility; body composition; anaerobic endurance; max 4.

Groups that may experience barriers to participation include people from lower socio-economic groups, who may face cost-related barriers; people with a disability, who may face accessibility barriers; people from ethnic minority groups, who may face cultural barriers; women and girls, who may face barriers linked to stereotyping; and older people, who may face barriers linked to age-related assumptions or declining physical capability.

1 mark each for any three of: lower socio-economic groups; people with a disability; ethnic minority groups; women/girls; older people; people of lower ability/confidence; max 3.

(a) The five subsectors of the active leisure industry are Sport and Recreation, Health and Fitness, Playwork, the Outdoors, and Caravans. (b) Sport and Recreation covers organisations and facilities that provide opportunities to take part in sport and recreational physical activity, for example a local council-run leisure centre offering swimming, sports halls and pitches. Health and Fitness covers organisations and facilities focused on improving individual health and fitness, for example a private gym offering fitness classes, gym equipment and personal training. (c) The active leisure industry is funded both publicly, for example through government or local council funding for public leisure centres and facilities, which are often subsidised to widen access, and commercially, for example through private companies that fund and operate facilities such as private gyms for profit, generating income through membership fees and charges.

1 mark: at least three of the five subsectors correctly named; 1 mark: all five subsectors correctly named (Sport and Recreation, Health and Fitness, Playwork, the Outdoors, Caravans); 1 mark: Sport and Recreation subsector correctly described; 1 mark: valid example given for Sport and Recreation; 1 mark: Health and Fitness subsector correctly described; 1 mark: valid example given for Health and Fitness; 1 mark: public funding correctly explained with example; 1 mark: commercial funding correctly explained with example; max 8.

One government initiative is the '5 a-day' campaign, which encourages people to eat at least five portions of fruit and vegetables per day to improve nutrition and reduce the risk of diet-related disease; this has been effective in raising public awareness of healthy eating guidelines, although its effectiveness in actually changing long-term eating habits across the whole population is more limited, as awareness does not always translate into changed behaviour, particularly where cost or availability of fresh produce is a barrier. A second initiative is the smoking ban, which prohibits smoking in enclosed public places; this has been highly effective in reducing exposure to secondhand smoke and has contributed to a fall in smoking rates and smoking-related illness over time, although it has been less effective in reaching those who continue to smoke in private settings or who are already heavily addicted.

1 mark: first initiative correctly identified (e.g. 5 a-day/smoking ban/healthy schools/GP referral/alcohol or weight management initiative); 1 mark: first initiative accurately described; 2 marks: effectiveness of the first initiative assessed with a valid, developed point (1 mark for a basic assessment, a second mark for further development/balance); 1 mark: second, different initiative correctly identified; 1 mark: second initiative accurately described; 2 marks: effectiveness of the second initiative assessed with a valid, developed point (1 mark for a basic assessment, a second mark for further development/balance); max 8.

Coronary heart disease (CHD) is a condition in which the coronary arteries supplying the heart become narrowed or blocked, usually due to a build-up of fatty deposits, increasing the risk of a heart attack. Regular physical activity helps prevent CHD by strengthening the heart muscle, improving circulation, helping to control body weight and cholesterol levels, and reducing blood pressure, all of which lower the risk of the arteries becoming dangerously narrowed. Type II diabetes is a condition in which the body becomes resistant to, or does not produce enough, insulin, leading to poor control of blood glucose levels. Regular physical activity helps prevent type II diabetes by improving the body's sensitivity to insulin, helping to control body weight, which is a major risk factor for the condition, and helping regulate blood glucose levels more effectively.

1 mark: first hypokinetic disease correctly identified; 1 mark: first disease accurately described; 2 marks: explanation of how physical activity helps prevent the first disease, with development (1 mark basic, 1 mark further detail); 1 mark: second, different hypokinetic disease correctly identified; 1 mark: second disease accurately described; 2 marks: explanation of how physical activity helps prevent the second disease, with development (1 mark basic, 1 mark further detail); max 8.

The misuse of legal substances can seriously damage an individual's health, wellbeing and fitness: for example, excessive alcohol consumption can damage the liver, heart and other organs over time, impair judgement and co-ordination, disrupt sleep, and negatively affect mental wellbeing; while smoking tobacco damages the lungs and cardiovascular system, reducing aerobic fitness and increasing the risk of numerous diseases. Both can reduce a person's ability to train and perform effectively in sport. The use of illegal substances, such as cannabis or cocaine, can differ in its effects and consequences: in addition to serious and sometimes more unpredictable physical and psychological health risks, for example cocaine placing severe strain on the cardiovascular system, illegal substance use also carries legal consequences, such as criminal prosecution and a criminal record, and can result in bans, disqualification or the loss of a career for athletes if performance-enhancing or illegal recreational substances are detected through drug testing, consequences that do not apply in the same way to the misuse of legal substances.

1 mark: valid physical health effect of legal substance misuse described; 1 mark: valid wellbeing/mental health effect of legal substance misuse described; 1 mark: valid effect on fitness/performance described; 1 mark: valid physical/psychological health risk of illegal substance use described; 1 mark: valid explanation that illegal substance use carries legal consequences (e.g. prosecution/criminal record); 1 mark: valid explanation of sport-specific consequences (e.g. bans/disqualification from drug testing); 1 mark for a further, well-developed comparative point between legal and illegal substance use; 1 mark for overall coherent, well-organised comparison; max 8.

People with a disability may face barriers such as a lack of accessible facilities or specialist adapted equipment, which limits their ability to take part; and negative attitudes or stereotyping from others, or a lack of awareness among coaches and organisations of how to include disabled participants, which can be discouraging. People from lower socio-economic groups may face barriers such as the cost of participation, including membership fees, equipment and transport, which may be unaffordable; and a lack of available time, for example due to the demands of work, particularly where multiple or irregular working hours make regular attendance difficult.

1 mark: first disability-related barrier correctly identified; 1 mark: first barrier accurately described; 1 mark: second, different disability-related barrier correctly identified; 1 mark: second barrier accurately described; 1 mark: first socio-economic barrier correctly identified and described; 1 mark: second, different socio-economic barrier correctly identified and described; 1 mark for a further well-developed point or valid additional barrier for either group; max 7.

An advantage of BMI is that it is quick, easy and inexpensive to calculate, requiring only a person's height and body mass, making it a practical tool for screening large numbers of people or for general population health monitoring. However, a significant disadvantage of BMI for athletes is that it does not distinguish between fat mass and muscle mass; because muscle is denser and heavier than fat, a muscular athlete with a low body fat percentage may be incorrectly classified as overweight or obese by BMI, when they are not, making it a poor and potentially misleading measure of body composition for this group. BMI also does not account for the distribution of body fat, which can itself be an important health indicator, meaning it provides only a limited, general indication of weight status rather than a detailed picture of an athlete's actual body composition.

1 mark: valid advantage identified (e.g. quick/easy/cheap/simple to calculate); 1 mark: development of this advantage (e.g. useful for general population screening); 1 mark: valid disadvantage identified (e.g. does not distinguish fat mass from muscle mass); 2 marks: development/explanation of why this is a problem specifically for athletes (e.g. muscular athletes misclassified as overweight/obese); 1 mark: a further valid disadvantage identified (e.g. does not account for fat distribution); 1 mark for a balanced overall assessment/conclusion; max 7.

One method is static stretching, in which a muscle is stretched to the point of mild tension and the position is held for a period of time, either actively, using the performer's own muscle strength, or passively, with the help of a partner or equipment; this is effective for gradually and safely increasing the range of motion at a joint over time, and is low-risk, but is generally more appropriate as part of a cool-down than immediately before dynamic, explosive activity, as holding a static stretch beforehand may temporarily reduce muscular power. A second method is proprioceptive neuromuscular facilitation (PNF) stretching, which typically involves a partner passively stretching a muscle to its limit, followed by the performer isometrically contracting the muscle against resistance, before relaxing into a deeper passive stretch; this is a highly effective method for producing large, relatively rapid improvements in flexibility because it exploits the stretch reflex, but it requires a trained partner, carries a higher risk of injury if performed incorrectly, and can be uncomfortable for the performer.

1 mark: first method correctly identified (e.g. static stretching); 1 mark: first method accurately described; 2 marks: effectiveness of the first method assessed with development (1 mark basic, 1 mark further detail, e.g. a limitation or appropriate context of use); 1 mark: second, different method correctly identified (e.g. PNF/dynamic/ballistic stretching); 1 mark: second method accurately described; 1 mark: effectiveness of the second method assessed; max 7.

Effective lifestyle management has a significant impact on an individual's overall wellbeing. Poor work/life/time balance, for example working excessively long hours or failing to make time for rest, recreation and relationships, can lead to chronic stress, fatigue and burnout, negatively affecting both physical health, for example through poor sleep and increased risk of hypokinetic disease, and mental health, for example through anxiety or low mood. Effective coping strategies for stress, such as regular physical activity, relaxation techniques, adequate sleep, and maintaining supportive social relationships, can help an individual manage the physical and psychological demands of daily life, improving their emotional wellbeing, resilience and ability to function well both personally and professionally. From an organisational point of view, employers who support good work/life balance and stress management, for example through flexible working, wellbeing programmes or access to support services, can benefit from a healthier, more motivated and more productive workforce. An individual could make several positive changes to improve their lifestyle: setting realistic, structured goals, for example using SMART targets, can improve motivation and give a sense of achievement and purpose; better time management can help create space for exercise, rest and social activities alongside work commitments; and engaging in regular physical activity itself directly improves both physical and mental wellbeing. There is also a growing trend of individuals using life coaches to help identify goals, overcome barriers and implement structured, sustainable lifestyle changes, providing accountability and personalised support that can make positive change more achievable and longer-lasting than attempting to make changes alone.

Band 3 (7-9 marks): a detailed, well-organised discussion that accurately explains the impact of work/life/time balance, stress and mental health on overall wellbeing from both an individual and organisational perspective, AND discusses well-developed, realistic recommendations for positive change (e.g. goal setting, time management, exercise, use of life coaches); extensive, accurate use of specialist vocabulary; high-quality written communication with a clear, logical structure throughout. Band 2 (4-6 marks): a reasonably accurate discussion covering some of the required elements (impact on wellbeing AND/OR recommendations for change) with adequate explanation and relevant examples, but less complete, balanced or well-organised; adequate specialist vocabulary and written communication with occasional errors. Band 1 (1-3 marks): a basic, limited response with generic or underdeveloped points, limited specialist vocabulary and a lack of coherent organisation; noticeable errors in written communication that may hinder meaning. 0 marks: no relevant content.

Aerobic endurance can be improved through continuous training, in which the performer exercises at a steady, moderate intensity for a sustained period, or through interval training, alternating periods of higher-intensity work with recovery; both methods, applied with appropriate frequency, intensity, time and progressive overload, improve the efficiency of the cardiovascular and respiratory systems and the muscles' ability to use oxygen. For a distance runner, improved aerobic endurance allows them to sustain a faster pace for longer before fatigue sets in, directly improving race performance over long distances. Strength can be improved through isotonic weight training, using free weights or resistance machines with a high intensity, for example 80-90% of one repetition maximum, and low repetitions, progressively overloading the muscles over time. For a rugby forward, improved strength allows them to generate greater force in the scrum and in tackling and rucking situations, giving them a significant advantage in these physical confrontations. Speed can be improved through interval-based sprint training, performing short, maximal-effort sprints with full recovery between repetitions, which develops the neuromuscular system's ability to produce force rapidly. For a 100 m sprinter, improved speed directly and substantially improves their race time, allowing them to accelerate faster and reach a higher maximum velocity.

Band 3 (7-9 marks): three different components of fitness correctly identified, with an accurate and detailed description of an appropriate training method for EACH, and a well-explained, sport-specific link between the improved component and enhanced performance in a named activity for EACH; extensive, accurate specialist vocabulary; high-quality written communication with a clear, logical structure throughout. Band 2 (4-6 marks): at least two components of fitness addressed with generally accurate methods and some explanation of the impact on performance, but less complete, less sport-specific or less well-organised; adequate specialist vocabulary and written communication with occasional errors. Band 1 (1-3 marks): basic or generic reference to fitness components and/or training methods, with limited or absent explanation of impact on a named activity; limited specialist vocabulary and a lack of coherent organisation; noticeable errors in written communication that may hinder meaning. 0 marks: no relevant content.

An athlete undertaking strength training has a nutritional requirement for a higher relative protein intake, to provide the amino acids necessary for the growth and repair of muscle tissue damaged during resistance training, alongside sufficient overall energy intake to support the demands of training and facilitate muscle growth; protein intake is often best distributed across the day and around training sessions to optimise muscle protein synthesis. An athlete preparing for an endurance event, by contrast, has a greater relative requirement for carbohydrate, the body's key fuel for sustained, prolonged exercise, since carbohydrate is stored in the muscles and liver as glycogen; in the days before a long endurance event, an athlete may use a carbohydrate-loading strategy, increasing carbohydrate intake to maximise glycogen stores and delay fatigue during the event. Hydration strategy also differs: an endurance athlete needs a carefully planned strategy for hydrating and replacing electrolytes lost through sweat throughout a long event, whereas a strength session, typically shorter in duration, requires adequate hydration but with less emphasis on sustained fluid intake during the session itself. Inadequate hydration during exercise carries significant risks: as fluid is lost through sweat, blood volume falls, making it harder for the heart to pump blood to the working muscles and skin, which impairs both performance and the body's ability to lose heat through the skin, causing core body temperature to rise; this can lead to a decline in concentration, co-ordination and endurance performance, and in severe cases can result in serious heat illness, such as heat exhaustion or, in extreme cases, heat stroke, which can be life-threatening if not treated promptly.

Band 3 (7-8 marks): accurate, detailed discussion of how nutrition and hydration needs differ between strength training and endurance events (e.g. protein emphasis versus carbohydrate/glycogen emphasis, carbohydrate loading, hydration strategy), AND a well-explained discussion of the risks of inadequate hydration (e.g. reduced blood volume, impaired thermoregulation, reduced performance, heat illness); extensive, accurate specialist vocabulary; high-quality written communication with a clear, logical structure throughout. Band 2 (4-6 marks): a reasonably accurate discussion of some differences between strength and endurance nutritional needs and/or some valid hydration risks, with adequate explanation, but less complete or well-organised; adequate specialist vocabulary and written communication with occasional errors. Band 1 (1-3 marks): a basic or generic response with limited comparison between the two training types and/or limited discussion of hydration risks; limited specialist vocabulary and a lack of coherent organisation; noticeable errors in written communication that may hinder meaning. 0 marks: no relevant content.