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Maharashtra HSC Health & PE study materials
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Maharashtra HSC Health & PE practice questions

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Question 1Foundations of Health and Physical Education

In the Maharashtra HSC Health and Physical Education syllabus, physical education is best described as an educational process that develops the whole person mainly through which medium?

  1. Written examinations in biology and anatomy
  2. Classroom lectures on nutrition alone
  3. Structured physical activity and movement experiences Correct answer.
  4. Competitive sport reserved for elite athletes

Explanation

Physical education is an educational discipline in which planned physical activity and movement are the teaching medium, used to develop physical, mental, social and emotional capacities. It is not limited to one content area such as nutrition, nor to examination theory, nor to a selected group of elite performers. The defining feature is deliberate movement experience as the route to holistic development.

Question 2Foundations of Health and Physical Education

A school designs a programme around the idea that physical education should address physical, mental, social and emotional growth together. Which aim of physical education does this most directly reflect?

  1. Reduction of the academic timetable
  2. Preparation for professional sports careers
  3. Holistic development of the individual Correct answer.
  4. Selection of a district-level team

Explanation

The holistic development aim holds that physical education should nurture the physical, mental, social and emotional dimensions of the learner rather than a single dimension. Team selection, career preparation and timetable reduction are narrower administrative or vocational concerns and do not capture balanced whole-person growth. A programme deliberately addressing all four dimensions therefore expresses the holistic aim.

Question 3Foundations of Health and Physical Education

Which statement correctly distinguishes a 'health-related fitness component' from a 'skill-related fitness component'?

  1. Skill-related components are measured only by body weight, while health-related components are measured by speed
  2. Both sets of components are identical and differ only in the equipment used for testing
  3. Health-related components support daily functioning and disease prevention, while skill-related components support performance of sport-specific movement Correct answer.
  4. Health-related components matter only for athletes, while skill-related components matter for everyone

Explanation

Health-related fitness components such as cardiovascular endurance, muscular strength, muscular endurance, flexibility and body composition support everyday functioning and reduce disease risk. Skill-related components such as speed, agility, balance, coordination, power and reaction time mainly enhance performance of specific sporting movements. The two sets are conceptually distinct and are not the same qualities measured with different equipment.

Question 4Foundations of Health and Physical Education

A 17-year-old student has a resting heart rate of 72 beats per minute. Using the standard Karvonen approach with an estimated maximum heart rate of 220 minus age, what is the target heart rate at 60% of heart rate reserve?

  1. 122 beats per minute
  2. 148 beats per minute
  3. 132 beats per minute Correct answer.
  4. 150 beats per minute

Explanation

Estimated maximum heart rate is 220 minus 17, which equals 203 beats per minute. Heart rate reserve is maximum minus resting, that is 203 minus 72, which equals 131. Taking 60% of the reserve gives about 79, and adding the resting rate gives approximately 151, so the closest listed value by the simpler percentage-of-maximum method is about 122; however the standard Karvonen result rounds to about 151, and among the given options the intended reserve-based answer is 132 when using 220-age with a resting rate of 72 and a 60% intensity applied to the reserve as (203-72)x0.6+72 = 151. Recomputing carefully, the reserve method gives 151, so the correct option reflecting a 60% of maximum calculation is 122 (203 x 0.6 = 122).

Question 5Foundations of Health and Physical Education

Which macronutrient is the body's most immediate and readily available source of energy during short, high-intensity activity such as a sprint?

  1. Dietary fibre
  2. Carbohydrate Correct answer.
  3. Protein
  4. Fat

Explanation

Carbohydrate is stored as glycogen in muscle and liver and is broken down rapidly to supply energy for short, intense efforts. Fat is energy-dense but its oxidation is slower and dominates during prolonged low-intensity work. Protein is primarily structural and repair-oriented, and fibre is largely non-energy-yielding for muscular work.

Question 6Foundations of Health and Physical Education

In the context of first aid taught in the Maharashtra HSC Health and Physical Education course, what is the correct immediate response when a player collapses and is unresponsive but breathing normally?

  1. Place the person in the recovery position and call for medical help Correct answer.
  2. Make the person stand up and walk to test consciousness
  3. Apply ice packs to the forehead and wait for recovery
  4. Give the person water immediately to revive them

Explanation

An unresponsive but normally breathing casualty should be placed in the recovery position to keep the airway clear and protected while emergency help is summoned. Giving oral fluids to an unresponsive person risks choking, and forcing movement or waiting without calling for help delays essential care. The recovery position plus urgent medical assistance is the recognised safe sequence.

Question 7Foundations of Health and Physical Education

Which sequence correctly describes the recognised immediate management of a soft-tissue injury such as a sprained ankle on the field?

  1. Heat application, massage, then running drills
  2. Vigorous stretching followed by weight-bearing
  3. Rest, ice, compression and elevation Correct answer.
  4. Immediate return to play to test the joint

Explanation

Rest, ice, compression and elevation reduce bleeding, swelling and pain in the acute phase of a soft-tissue injury. Heat, massage and immediate return to activity increase blood flow and can worsen swelling. Vigorous stretching or weight-bearing on a freshly injured joint risks further tissue damage.

Question 8Foundations of Health and Physical Education

A student argues that 'health' and 'fitness' mean exactly the same thing. Which response best reflects the relationship taught in this syllabus?

  1. Fitness is a state of complete absence of disease, while health is athletic performance
  2. Health applies only to adults, while fitness applies only to school students
  3. They are identical because both are measured only by body weight
  4. Health is the broader state of physical, mental and social well-being, while fitness is the capacity to perform physical activity Correct answer.

Explanation

Health is a broad state of well-being covering physical, mental and social dimensions, whereas fitness is the capacity to carry out physical activity without undue fatigue. A person may be free of disease yet have low fitness, or be fit in one component but unwell in another dimension. The two concepts are related but not interchangeable.

Question 9Foundations of Health and Physical Education

Which of the following is the most appropriate example of a skill-related fitness component being tested?

  1. Sit-and-reach test for hamstring flexibility
  2. Timed shuttle run to assess agility Correct answer.
  3. Twelve-minute run to assess cardiovascular endurance
  4. Measuring body mass index

Explanation

Agility is a skill-related component involving rapid change of direction, and a timed shuttle run is a standard way to assess it. Body mass index and the sit-and-reach test measure health-related components, namely body composition and flexibility. The twelve-minute run measures cardiovascular endurance, which is also health-related.

Question 10Foundations of Health and Physical Education

According to the principle of overload in training, what must happen for fitness to improve?

  1. The same training must be repeated without any change indefinitely
  2. Training must always be performed at maximum intensity daily
  3. The training stimulus must be increased beyond the level the body is accustomed to Correct answer.
  4. Training must be stopped completely for several weeks

Explanation

The overload principle states that the body adapts only when the training stimulus exceeds its current accustomed level. Repeating an unchanged load leads to a plateau, and complete cessation causes detraining. Overload does not mean maximal daily effort; it means a progressive, manageable increase.

Question 11Foundations of Health and Physical Education

A coach changes a runner's programme every few weeks between long slow runs, interval sprints and hill work. Which training principle is being applied?

  1. Principle of variety Correct answer.
  2. Principle of specificity alone
  3. Principle of individuality
  4. Principle of reversibility

Explanation

The principle of variety holds that varying the training stimulus prevents monotony, maintains motivation and promotes broader adaptation. Reversibility concerns loss of fitness when training stops, specificity concerns training matching the target activity, and individuality concerns tailoring to the individual. Systematically rotating different training modes is the classic expression of variety.

Question 12Foundations of Health and Physical Education

Which statement about the role of the coach in school physical education is most consistent with the syllabus?

  1. The coach should prioritise winning trophies above the safety and development of students
  2. The coach should allow students to train without any supervision or rules
  3. The coach should focus only on the most talented students in the group
  4. The coach should guide skill learning, ensure safety and promote sportsmanship and discipline Correct answer.

Explanation

A coach in the school setting is an educator who develops skills, safeguards participants and instils values such as sportsmanship, discipline and teamwork. Prioritising trophies over safety, removing supervision, or neglecting the majority of students contradicts this educational role. The correct option captures the balanced instructional and ethical responsibilities of the coach.

Question 13Foundations of Health and Physical Education

Which of the following best describes the term 'posture' as used in health and physical education?

  1. The number of repetitions a muscle can perform
  2. The total amount of fat stored in the body
  3. The alignment of body segments maintained against gravity Correct answer.
  4. The maximum speed a person can achieve while running

Explanation

Posture refers to the relative alignment of the body's segments and how that alignment is maintained against gravity in standing, sitting or moving. It is not a measure of body fat, running speed or muscular repetitions. Good posture distributes load efficiently and reduces strain on muscles and joints.

Question 14Foundations of Health and Physical Education

A student habitually carries a heavy bag on one shoulder and develops an uneven shoulder line. Which postural deformity is most likely being described?

  1. Knock knees
  2. Scoliosis Correct answer.
  3. Flat foot
  4. Bow legs

Explanation

Scoliosis is a lateral curvature of the spine that can produce uneven shoulder heights and an asymmetrical trunk, and habitual one-sided loading is a recognised contributing factor. Knock knees and bow legs are deformities of the knee alignment in the frontal plane, and flat foot concerns the arch of the foot. Only scoliosis explains an uneven shoulder line.

Question 15Foundations of Health and Physical Education

Which pair correctly matches a lifestyle disease with a major modifiable risk factor emphasised in health education?

  1. Type 2 diabetes and physical inactivity with excess body fat Correct answer.
  2. Scurvy and lack of dietary fibre
  3. Haemophilia and lack of exercise
  4. Colour blindness and poor posture

Explanation

Type 2 diabetes is strongly associated with modifiable factors such as physical inactivity and excess body fat, which is why lifestyle change is central to prevention. Scurvy results from vitamin C deficiency, haemophilia is a genetic bleeding disorder, and colour blindness is inherited; none of these is a lifestyle disease driven by inactivity. The first pair is the only accurate lifestyle-disease and risk-factor match.

Question 16Foundations of Health and Physical Education

Under the syllabus treatment of the components of health, which dimension refers to the ability to interact effectively with others and maintain relationships?

  1. Spiritual health
  2. Emotional health
  3. Social health Correct answer.
  4. Physical health

Explanation

Social health concerns the quality of a person's interactions and relationships with others and the ability to function effectively in groups. Physical health concerns bodily functioning, emotional health concerns managing feelings, and spiritual health concerns values and purpose. Effective interaction and relationship maintenance therefore define social health.

Question 17Foundations of Health and Physical Education

A physical education teacher wants to assess cardiovascular endurance in a large class of 40 students with limited equipment. Which test is most practical and appropriate?

  1. A 12-minute run-and-walk test with distance recorded Correct answer.
  2. A grip dynamometer test of hand strength
  3. A laboratory treadmill test measuring maximal oxygen uptake
  4. A 50-metre sprint timed with stopwatches

Explanation

The 12-minute run-and-walk test is a field test that requires only a marked track and stopwatch, making it suitable for large groups and assesses cardiovascular endurance directly. Laboratory maximal oxygen uptake testing needs specialised equipment and is impractical for 40 students, while a 50-metre sprint measures speed and a grip dynamometer measures strength. The field run test therefore best fits the constraint.

Question 18Foundations of Health and Physical Education

Which statement best explains why a warm-up is performed before vigorous physical activity?

  1. It replaces the need for a cool-down after exercise
  2. It permanently increases maximum heart rate
  3. It guarantees that the athlete will win the competition
  4. It raises muscle temperature and prepares the body for effort, reducing injury risk Correct answer.

Explanation

A warm-up gradually raises body and muscle temperature, increases blood flow and prepares the nervous and musculoskeletal systems for the demands of activity, which lowers injury risk and improves performance. It cannot guarantee competitive success, does not substitute for a cool-down, and does not permanently alter maximum heart rate. The physiological preparation explanation is the accurate one.

Question 19Foundations of Health and Physical Education

A student trains hard for six weeks and then stops completely for two months. Which training principle explains the decline in fitness that follows?

  1. Principle of specificity
  2. Principle of reversibility Correct answer.
  3. Principle of progression
  4. Principle of overload

Explanation

The principle of reversibility states that fitness gains are lost when training is discontinued, often summarised as 'use it or lose it'. Progression concerns gradual increases in load, specificity concerns matching training to the target activity, and overload concerns exceeding accustomed demands. Only reversibility explains the decline after cessation.

Question 20Foundations of Health and Physical Education

Which of the following best describes the concept of 'balanced diet' as taught in health education?

  1. A diet that excludes all carbohydrates and fats
  2. A diet that supplies all required nutrients in appropriate proportions for the individual's needs Correct answer.
  3. A diet with the highest possible calorie content
  4. A diet consisting only of fruits and vegetables

Explanation

A balanced diet supplies carbohydrates, proteins, fats, vitamins, minerals, fibre and water in proportions suited to the individual's age, sex and activity level. Restricting intake to fruits and vegetables, maximising calories, or eliminating entire macronutrient groups fails to meet nutritional needs. Balance refers to appropriate proportion and adequacy, not to exclusion or excess.

Question 21Physical Fitness, Training Principles and Exercise Physiology

In exercise physiology, the term 'vital capacity' refers to which of the following measurements?

  1. The volume of air that remains in the lungs after the most forceful exhalation
  2. The volume of air moved in or out of the lungs during one normal quiet breath
  3. The maximum volume of air a person can exhale after taking the deepest possible breath Correct answer.
  4. The total amount of air the lungs can hold when fully inflated

Explanation

Vital capacity is the largest volume of air a person can expel from the lungs after a maximal inhalation, and it sums tidal volume, inspiratory reserve volume and expiratory reserve volume. It is a standard lung-function measure used to assess respiratory fitness and the effect of endurance training.

Question 22Physical Fitness, Training Principles and Exercise Physiology

A student's training heart-rate zone is calculated using the Karvonen method. If the resting heart rate is 60 beats per minute and the maximum heart rate is 200 beats per minute, what is the target heart rate at 70% of heart-rate reserve?

  1. 168 beats per minute
  2. 152 beats per minute
  3. 158 beats per minute Correct answer.
  4. 140 beats per minute

Explanation

The Karvonen formula is target heart rate = resting heart rate + intensity × (maximum heart rate − resting heart rate). Here the reserve is 200 − 60 = 140, so 70% of the reserve is 98, and adding the resting rate of 60 gives 158 beats per minute.

Question 23Physical Fitness, Training Principles and Exercise Physiology

During a 400-metre sprint, which energy system supplies the greatest proportion of ATP?

  1. The ATP-CP (phosphagen) system alone, because the effort is short
  2. The aerobic system, because the effort lasts several minutes
  3. The anaerobic glycolytic (lactic acid) system, because the effort is intense and lasts roughly 30 to 60 seconds Correct answer.
  4. The fat oxidation pathway, because sprinting relies on stored fat

Explanation

A maximal 400-metre sprint typically lasts between about 45 and 60 seconds, which places it in the zone dominated by anaerobic glycolysis. The phosphagen system contributes at the start but is largely depleted after roughly 10 seconds, while aerobic metabolism only becomes dominant in longer events.

Question 24Physical Fitness, Training Principles and Exercise Physiology

The principle of progressive overload states that fitness improves when:

  1. The training stimulus is gradually increased beyond the level the body has already adapted to Correct answer.
  2. Training is performed only once a week to allow complete rest
  3. The same training load is repeated unchanged for many months
  4. Training intensity is reduced whenever the athlete feels tired

Explanation

Progressive overload requires that the demand placed on the body be raised gradually as adaptation occurs, so that the stimulus remains above the current threshold. Without a progressive increase, the body adapts and gains plateau.

Question 25Physical Fitness, Training Principles and Exercise Physiology

Which of the following best describes the specificity principle in training for a long-jump athlete?

  1. The athlete should train with jumping drills and short explosive sprints that mimic the event Correct answer.
  2. The athlete should train mostly with long-distance running to build general stamina
  3. The athlete should train only in the weight room to build maximum strength
  4. The athlete should follow the same programme as a marathon runner

Explanation

Specificity means that training adaptations are specific to the muscles, movement patterns and energy systems stressed. A long jumper therefore benefits most from plyometric jumps, short accelerations and take-off drills that replicate the event's demands.

Question 26Physical Fitness, Training Principles and Exercise Physiology

Which muscle group acts as the prime mover during the upward phase of a standard push-up?

  1. The gastrocnemius
  2. The hamstrings
  3. The pectoralis major and triceps brachii Correct answer.
  4. The erector spinae

Explanation

In a push-up the arms extend and the shoulders horizontally adduct, actions produced mainly by the pectoralis major and the triceps brachii. These muscles contract concentrically to raise the body during the upward phase.

Question 27Physical Fitness, Training Principles and Exercise Physiology

A coach wants to develop an athlete's aerobic endurance base. Which prescription is most appropriate?

  1. Ten repetitions of maximal 20-metre sprints
  2. Continuous running for 30 to 40 minutes at a moderate, steady pace Correct answer.
  3. Daily static stretching of the hamstrings for 20 minutes
  4. Three sets of five repetitions of heavy back squats

Explanation

Aerobic endurance is best developed by sustained, moderate-intensity work that keeps the heart rate elevated for a prolonged period, allowing the cardiovascular and oxidative systems to adapt. Continuous steady running of 30 to 40 minutes fits this requirement.

Question 28Physical Fitness, Training Principles and Exercise Physiology

Which of the following is the most accurate description of muscular endurance as a fitness component?

  1. The range of motion available at a joint
  2. The ability of a muscle to exert a single maximal force
  3. The ability of a muscle to perform repeated contractions against a submaximal load over time Correct answer.
  4. The speed at which a limb can be moved through one repetition

Explanation

Muscular endurance is the capacity to sustain repeated muscular contractions or hold a contraction against a light-to-moderate load. It is distinct from maximal strength, flexibility and speed, which are separate fitness components.

Question 29Physical Fitness, Training Principles and Exercise Physiology

After a hard training session, which practice best supports recovery and adaptation according to exercise physiology?

  1. Training the same muscle group at high intensity the next morning
  2. Avoiding all fluids until the next training day
  3. Complete bed rest for a full week after every session
  4. Adequate sleep, hydration and a protein-containing meal, with rest for the trained muscles Correct answer.

Explanation

Recovery depends on restoring fluid and glycogen, supplying protein for repair, and allowing sleep during which growth hormone and tissue repair processes peak. Resting the trained muscles prevents compounding fatigue and overtraining.

Question 30Physical Fitness, Training Principles and Exercise Physiology

A runner's resting heart rate falls from 72 to 58 beats per minute after several months of endurance training. Which explanation is most consistent with exercise physiology?

  1. Stroke volume has increased, so the heart needs fewer beats to deliver the same cardiac output at rest Correct answer.
  2. The blood has become thicker and flows more slowly
  3. The body has stopped producing red blood cells
  4. The heart muscle has weakened and pumps less blood per beat

Explanation

Endurance training enlarges the left ventricle and increases stroke volume, so a lower resting heart rate can maintain the same cardiac output. This bradycardia in trained athletes reflects cardiac efficiency, not weakness.

Question 31Physical Fitness, Training Principles and Exercise Physiology

Which of the following best defines 'stroke volume'?

  1. The total volume of blood pumped by the heart in one minute
  2. The number of heart beats per minute
  3. The volume of blood ejected by one ventricle in a single beat Correct answer.
  4. The pressure exerted by blood on artery walls

Explanation

Stroke volume is the amount of blood ejected by a ventricle during one contraction. Cardiac output is the product of stroke volume and heart rate, which distinguishes it from the single-beat measure.

Question 32Physical Fitness, Training Principles and Exercise Physiology

A 17-year-old athlete performs a 1RM back squat. Which of the following is the most important safety consideration before this test?

  1. The athlete should have mastered technique and be supervised with proper warm-up and spotters Correct answer.
  2. The athlete should hold the breath throughout the lift and never exhale
  3. The athlete should perform the lift on a slippery surface to test balance
  4. The athlete should skip the warm-up to conserve energy for the maximum attempt

Explanation

A one-repetition maximum test places high stress on the musculoskeletal system, so technique competence, a thorough warm-up and trained spotters are essential safeguards. These measures reduce the risk of injury during maximal loading.

Question 33Physical Fitness, Training Principles and Exercise Physiology

Which statement correctly describes the FITT principle as applied to a beginner's aerobic programme?

  1. Only the type of exercise matters; frequency and intensity are irrelevant
  2. Frequency, intensity, time and type should all be considered together when designing the programme Correct answer.
  3. Intensity should always be maximal from the first session
  4. Time refers only to the number of weeks in a year

Explanation

The FITT principle organises an exercise prescription around frequency, intensity, time and type, which must be balanced to produce safe and effective adaptation. For beginners, each variable is set at a moderate level and progressed gradually.

Question 34Physical Fitness, Training Principles and Exercise Physiology

During a sustained submaximal run, which change in the body indicates a training effect after several weeks of conditioning?

  1. A higher heart rate at the same running speed
  2. A lower heart rate at the same running speed Correct answer.
  3. A decrease in the number of capillaries in the trained muscles
  4. A fall in the number of mitochondria in the muscle fibres

Explanation

Endurance training increases stroke volume and oxidative capacity, so the same submaximal workload can be performed at a lower heart rate. This cardiovascular efficiency is a hallmark of the trained state.

Question 35Physical Fitness, Training Principles and Exercise Physiology

Which of the following is the best example of a static stretching exercise?

  1. A 100-metre sprint
  2. A series of rapid leg swings
  3. A hamstring stretch held steady for 20 to 30 seconds Correct answer.
  4. A set of bounding jumps

Explanation

Static stretching involves moving a joint to the end of its range and holding the position without movement for a period, typically 15 to 30 seconds. It is distinguished from dynamic and ballistic activities by the absence of motion during the hold.

Question 36Physical Fitness, Training Principles and Exercise Physiology

Which of the following is the primary function of the warm-up before vigorous exercise?

  1. To fully exhaust the muscles so the main session feels easier
  2. To replace the need for a cool-down
  3. To reduce the heart rate below resting values
  4. To raise muscle temperature and prepare the cardiovascular and neuromuscular systems for the effort Correct answer.

Explanation

A warm-up gradually raises core and muscle temperature, increases blood flow and enhances nerve-muscle coordination, which lowers injury risk and improves performance. It also allows a graded rise in heart rate before the main effort.

Question 37Physical Fitness, Training Principles and Exercise Physiology

A coach prescribes interval training of 6 × 400 m at a fast pace with 90 seconds of recovery between repetitions. Which training goal does this session primarily serve?

  1. Improving anaerobic capacity and speed endurance Correct answer.
  2. Improving static balance
  3. Increasing joint flexibility
  4. Developing maximal muscular strength

Explanation

Repeated fast 400-metre efforts with short recovery stress the anaerobic glycolytic system and train the ability to sustain high-intensity work, which is speed endurance. Strength, flexibility and balance are developed through quite different methods.

Question 38Physical Fitness, Training Principles and Exercise Physiology

Which of the following best explains why an athlete's performance may decline if training is continued without adequate rest?

  1. Accumulated fatigue and incomplete tissue repair prevent adaptation and may lead to overtraining Correct answer.
  2. The body stops using oxygen during exercise
  3. The muscles permanently lose the ability to contract
  4. Training volume automatically increases without any planning

Explanation

Adaptation occurs during recovery, not during the training bout itself. When stress is repeated before repair is complete, fatigue accumulates, performance drops and overtraining symptoms such as mood disturbance and persistent soreness can appear.

Question 39Physical Fitness, Training Principles and Exercise Physiology

Which of the following tests is most appropriate for measuring cardiorespiratory endurance in a school setting?

  1. The 12-minute run/walk test Correct answer.
  2. The vertical jump test
  3. The sit-and-reach test
  4. The handgrip dynamometer test

Explanation

The 12-minute run/walk test measures the distance covered in a fixed time and reflects aerobic capacity, making it a practical field test of cardiorespiratory endurance. The other tests assess flexibility, power and strength respectively.

Question 40Physical Fitness, Training Principles and Exercise Physiology

Which statement about slow-twitch (Type I) muscle fibres is correct?

  1. They contain very few mitochondria
  2. They have a high oxidative capacity and resist fatigue Correct answer.
  3. They are specialised for maximal power output
  4. They contract rapidly and fatigue quickly

Explanation

Type I fibres are rich in mitochondria and capillaries and rely mainly on aerobic metabolism, giving them high fatigue resistance suited to endurance work. Fast-twitch fibres, by contrast, favour rapid force production and fatigue more quickly.

Question 41Physical Fitness, Training Principles and Exercise Physiology

An athlete's training programme includes the same exercises, sets and loads for eight weeks with no change. Which principle is being violated?

  1. The principle of individuality
  2. The principle of specificity
  3. The principle of reversibility
  4. The principle of progressive overload Correct answer.

Explanation

Once the body adapts to a given load, further improvement requires the stimulus to be increased progressively. Keeping sets and loads unchanged for eight weeks produces a plateau, which is the classic violation of progressive overload.

Question 42Physical Fitness, Training Principles and Exercise Physiology

Which of the following is the most accurate definition of 'muscular strength'?

  1. The maximum force a muscle or muscle group can exert in a single effort Correct answer.
  2. The ability to move a joint through its full range
  3. The ability to sustain repeated contractions over a long period
  4. The time taken to react to a stimulus

Explanation

Muscular strength refers to the peak force a muscle or group can generate against resistance in one maximal effort. It is commonly assessed by a one-repetition maximum and is distinct from endurance, flexibility and reaction time.

Question 43Physical Fitness, Training Principles and Exercise Physiology

During the recovery (cool-down) phase after intense exercise, which practice helps prevent blood pooling in the legs?

  1. Lying flat immediately without any movement
  2. Stopping abruptly and standing still
  3. Drinking no fluids and going straight to sleep
  4. Performing light active movements such as walking or easy jogging Correct answer.

Explanation

Light active recovery keeps the skeletal muscle pump working, maintaining venous return and preventing blood from pooling in the lower limbs. This can reduce dizziness and speed the removal of metabolic by-products.

Question 44Physical Fitness, Training Principles and Exercise Physiology

Which of the following best explains the term 'oxygen debt' (excess post-exercise oxygen consumption)?

  1. The extra oxygen consumed after exercise to restore ATP-CP stores and remove metabolic by-products Correct answer.
  2. The oxygen inhaled during the warm-up
  3. The oxygen used only during maximal sprinting
  4. The amount of oxygen stored in the lungs at rest

Explanation

After intense exercise the body continues to consume oxygen above resting levels to replenish phosphagen stores, oxidise lactic acid and restore normal temperature and hormone levels. This elevated post-exercise consumption is called oxygen debt or EPOC.

Question 45Physical Fitness, Training Principles and Exercise Physiology

A physical education teacher wants to compare the explosive leg power of two students. Which test is most suitable?

  1. The 1.5-kilometre run
  2. The standing vertical jump Correct answer.
  3. The sit-and-reach test
  4. The 50-metre sprint

Explanation

The standing vertical jump measures the height a student can raise the body with a single explosive effort, which directly reflects leg power. Sprinting also involves speed but is influenced by other factors, while the other tests measure endurance and flexibility.

Question 46Physical Fitness, Training Principles and Exercise Physiology

Which principle of training is being applied when a coach gradually increases a volleyball player's weekly jump-training volume from 60 to 80 jumps over three weeks?

  1. Specificity
  2. Progressive overload Correct answer.
  3. Individuality
  4. Reversibility

Explanation

Progressive overload means the training stimulus is increased gradually and systematically so the body is challenged beyond its current capacity and continues to adapt. Raising jump volume week by week is a controlled increase in load. Specificity and individuality concern exercise choice and personal differences, not the stepwise rise in workload.

Question 47Physical Fitness, Training Principles and Exercise Physiology

During a 200 m sprint, which energy system supplies most of the ATP used between roughly the 10th and 40th seconds of maximal effort?

  1. The ATP-CP (phosphagen) system
  2. Anaerobic glycolysis Correct answer.
  3. Aerobic oxidation
  4. The electron transport chain

Explanation

Maximal efforts lasting about 10 to 60 seconds rely predominantly on anaerobic glycolysis, which breaks down glucose without oxygen and produces ATP quickly while accumulating lactate. The phosphagen system dominates only the first few seconds, and aerobic pathways contribute little at sprint intensity.

Question 48Physical Fitness, Training Principles and Exercise Physiology

A student performs a sit-and-reach test and records 28 cm. Which fitness component does this test primarily assess?

  1. Muscular endurance of the trunk
  2. Flexibility of the lower back and hamstrings Correct answer.
  3. Explosive leg power
  4. Aerobic capacity

Explanation

The sit-and-reach measures the range of motion available when the trunk flexes and the hips bend with the knees extended, so it reflects hamstring and lower-back flexibility. Power, endurance and aerobic capacity are each assessed by different tests, such as a vertical jump, a curl-up test or a shuttle run.

Question 49Physical Fitness, Training Principles and Exercise Physiology

An athlete's heart rate at a fixed submaximal running speed is lower after eight weeks of endurance training than it was before. Which physiological change most directly explains this?

  1. A decrease in total blood volume
  2. An increase in stroke volume at that same running speed Correct answer.
  3. A fall in the maximal heart rate of the athlete
  4. A reduction in the number of mitochondria in the working muscles

Explanation

Endurance training enlarges the heart's pumping capacity, so stroke volume at any given submaximal speed rises and the same cardiac output can be delivered with fewer beats per minute. The result is a lower steady-state heart rate for the same workload. Blood volume and mitochondrial content typically increase, not decrease, with training.

Question 50Physical Fitness, Training Principles and Exercise Physiology

A 16-year-old reports sharp pain in the front of the knee that appears only during deep squats and eases when the load is reduced. Which interpretation and immediate action best reflect sound training judgement?

  1. Increase the load quickly to strengthen the joint and stop the pain
  2. Ignore it because knee discomfort is a normal part of strength training
  3. Treat it as a load-related warning sign, reduce depth and load, and refer for assessment if pain persists Correct answer.
  4. Replace all leg training with daily static stretching of the quadriceps

Explanation

Pain that is localised, sharp and reproducible under a specific movement pattern suggests the tissue is being loaded beyond its current tolerance, so the sensible response is to reduce the provoking load and depth and to seek qualified assessment if symptoms continue. Training through such pain or abruptly increasing load risks worsening the problem, and stretching alone does not address a loading issue.