I85PREP
⌘ K
MATSEC SEC Physical Education study materials
MATSEC SEC Physical Education study resources

MATSEC SEC Physical Education practice questions

One question at a time. Build your MATSEC SEC Physical Education understanding.

First 50 of 200 questions. Each one lists the choices, the correct answer, and an explanation. The checker at the top of this page saves progress in this browser when it is available.

Continue in the practice tool above to load more questions, 50 at a time.

Question 1Anatomy and physiology in physical activity

Which of the following is a hinge joint of the human body?

  1. The atlanto-axial joint
  2. The knee joint Correct answer.
  3. The hip joint
  4. The shoulder joint

Explanation

A hinge joint permits movement in one plane only, chiefly flexion and extension, and the knee joint between the femur and tibia fits this description. Shoulder and hip joints are ball-and-socket joints allowing movement in several planes, while the atlanto-axial joint is a pivot joint that allows rotation of the head.

Question 2Anatomy and physiology in physical activity

Which description best matches cardiac muscle tissue?

  1. Voluntary, striated and attached to bones by tendons
  2. Involuntary, smooth and found mainly in artery walls
  3. Voluntary, non-striated and controlled consciously
  4. Involuntary, striated and containing intercalated discs Correct answer.

Explanation

Cardiac muscle works without conscious control, shows striations under the microscope and has intercalated discs that link neighbouring cells so they contract as a unit. This combination of features allows the heart to beat rhythmically and continuously throughout life.

Question 3Anatomy and physiology in physical activity

In the respiratory system, gaseous exchange between inhaled air and the blood takes place mainly at which site?

  1. In the bronchi
  2. In the trachea
  3. Across the alveolar walls Correct answer.
  4. In the pleural cavity

Explanation

The alveoli are tiny air sacs with walls only one cell thick and a dense surrounding capillary network, giving a large surface area for diffusion. Oxygen diffuses into the blood while carbon dioxide diffuses out, and this exchange occurs across the alveolar walls rather than in the conducting airways.

Question 4Anatomy and physiology in physical activity

A performer has a stroke volume of 80 mL and a heart rate of 150 beats per minute. What is the cardiac output?

  1. 24.0 L/min
  2. 12.0 L/min Correct answer.
  3. 18.0 L/min
  4. 6.0 L/min

Explanation

Cardiac output equals stroke volume multiplied by heart rate, so 80 mL multiplied by 150 beats per minute gives 12 000 mL, which is 12.0 L/min. This relationship explains why cardiac output rises during exercise through increases in both stroke volume and heart rate.

Question 5Anatomy and physiology in physical activity

During flexion of the elbow, which pair of muscles acts as an antagonistic pair?

  1. Rectus abdominis and erector spinae
  2. Biceps brachii and triceps brachii Correct answer.
  3. Pectoralis major and latissimus dorsi
  4. Gastrocnemius and tibialis anterior

Explanation

At the elbow the biceps brachii flexes the joint while the triceps brachii extends it, so the two muscles produce opposite actions and form an antagonistic pair. As the biceps shortens concentrically, the triceps lengthens and controls the movement.

Question 6Anatomy and physiology in physical activity

Which statement describes the ATP-PC (phosphagen) energy system?

  1. It produces ATP mainly from fat and is the dominant system in marathon running.
  2. It resynthesises ATP rapidly without oxygen and lasts only a few seconds. Correct answer.
  3. It resynthesises ATP slowly using oxygen and can last for several hours.
  4. It produces ATP through the Krebs cycle and depends on mitochondria.

Explanation

The ATP-PC system uses stored ATP and phosphocreatine to rebuild ATP very quickly without oxygen, which makes it the dominant supply for short explosive efforts such as sprints or jumps. Its phosphocreatine store is small, so it can sustain maximal work for only around five to ten seconds.

Question 7Anatomy and physiology in physical activity

How does the body increase the force produced by a muscle when moving from a light effort to a maximal effort?

  1. By recruiting fewer motor units and lowering their firing frequency
  2. By converting fast-twitch fibres into slow-twitch fibres before contraction
  3. By recruiting more motor units and increasing their firing frequency Correct answer.
  4. By lengthening the muscle beyond its resting length before contraction

Explanation

Force is graded by the nervous system through recruitment of additional motor units and by raising the frequency of impulses reaching the fibres already active. This process, sometimes called spatial and temporal summation, allows the same muscle to produce anything from a gentle movement to a maximal contraction.

Question 8Anatomy and physiology in physical activity

What is the typical blood pressure response to steady-state dynamic exercise such as distance running?

  1. Both systolic and diastolic pressure fall below resting values
  2. Systolic pressure rises while diastolic pressure stays close to resting values Correct answer.
  3. Both systolic and diastolic pressure remain fixed at resting values
  4. Systolic pressure falls while diastolic pressure rises steeply

Explanation

During dynamic exercise the increased cardiac output raises systolic pressure, while diastolic pressure changes little because peripheral vasodilation in the working muscles keeps resistance from rising sharply. This is why systolic pressure is commonly used to gauge exercise intensity.

Question 9Anatomy and physiology in physical activity

At which site does a long bone such as the femur increase in length during childhood and adolescence?

  1. The articular cartilage covering the epiphysis
  2. The epiphyseal plate at each end Correct answer.
  3. The red marrow in the medullary cavity
  4. The periosteum along the diaphysis

Explanation

Longitudinal growth occurs at the epiphyseal plates, thin layers of cartilage near each end of the bone where new cartilage is formed and gradually replaced by bone. Once these plates close after puberty, further growth in length is no longer possible, although increases in bone density can still occur.

Question 10Anatomy and physiology in physical activity

During prolonged exercise in a hot environment, how does the cardiovascular system redistribute blood flow to regulate body temperature?

  1. All arterioles dilate equally so the distribution of blood flow stays unchanged
  2. Cutaneous vessels dilate while splanchnic and renal vessels constrict Correct answer.
  3. Cutaneous vessels constrict while splanchnic vessels dilate
  4. Skeletal muscle vessels constrict while skin blood flow falls below resting values

Explanation

To lose heat, the body dilates blood vessels in the skin so warm blood is carried to the surface, and it constricts vessels supplying the gut and kidneys to maintain blood pressure and direct flow towards the skin and working muscles. This competition between thermoregulation and muscle perfusion is why heart rate drifts upward and performance can decline in the heat.

Question 11Anatomy and physiology in physical activity

Which structure attaches a skeletal muscle to a bone and transmits the force of contraction?

  1. Articular cartilage
  2. A ligament
  3. A bursa
  4. A tendon Correct answer.

Explanation

A tendon is a band of dense fibrous connective tissue that attaches skeletal muscle to bone. When the muscle shortens, tension passes through the tendon and moves the bone at the joint. Ligaments, by contrast, link bone to bone and stabilise joints.

Question 12Anatomy and physiology in physical activity

The shoulder joint permits movement in all three planes and is formed by the head of the humerus and the glenoid cavity. Which type of synovial joint is it?

  1. A hinge joint permitting only flexion and extension
  2. A saddle joint permitting two planes of movement
  3. A ball-and-socket joint Correct answer.
  4. A pivot joint with a ring around a peg

Explanation

The shoulder is a ball-and-socket joint because a rounded humeral head fits into a cup-like glenoid cavity. This arrangement allows flexion, extension, abduction, rotation and circumduction. Pivot, hinge and saddle joints permit fewer axes of movement.

Question 13Anatomy and physiology in physical activity

Which large vessel carries oxygenated blood from the left ventricle into the systemic circulation?

  1. The pulmonary vein
  2. The aorta Correct answer.
  3. The pulmonary artery
  4. The vena cava

Explanation

The aorta receives oxygenated blood from the left ventricle and distributes it through the systemic arteries. The pulmonary artery carries deoxygenated blood to the lungs, while the vena cava returns deoxygenated blood to the right atrium. The pulmonary veins return oxygenated blood from the lungs to the left atrium.

Question 14Anatomy and physiology in physical activity

During a concentric contraction, which change occurs within a sarcomere as the muscle shortens?

  1. The A band becomes narrower during shortening
  2. The I band narrows as actin slides inward Correct answer.
  3. The Z lines move further apart from each other
  4. The myosin filaments themselves shorten

Explanation

In the sliding filament model, myosin heads pull actin filaments toward the centre of the sarcomere. The I band and H zone narrow, while the A band stays the same length because the myosin filaments do not shorten. The Z lines move closer together, not further apart.

Question 15Anatomy and physiology in physical activity

At the neuromuscular junction, which neurotransmitter is released from the motor neurone to stimulate the muscle fibre?

  1. Creatine phosphate
  2. Calcium ions
  3. Acetylcholine Correct answer.
  4. Adrenaline

Explanation

Motor neurones release acetylcholine into the synaptic cleft at the neuromuscular junction. It binds to receptors on the motor end plate and triggers an action potential in the muscle fibre. Calcium ions enter the axon terminal to cause release, but they are not the neurotransmitter.

Question 16Anatomy and physiology in physical activity

A 100 m sprinter needs rapid, powerful contractions but fatigues quickly. Which muscle fibre type is most suited to this effort?

  1. Fast glycolytic fibres Correct answer.
  2. Slow oxidative fibres
  3. Fast oxidative glycolytic fibres
  4. Smooth muscle fibres

Explanation

Fast glycolytic fibres have high myosin ATPase activity and rely on anaerobic glycolysis, producing rapid force for short bursts. They fatigue quickly because they have few mitochondria and a limited blood supply. Slow oxidative fibres are fatigue-resistant but produce force slowly.

Question 17Anatomy and physiology in physical activity

When a performer rises onto the ball of the foot, the ball acts as the fulcrum, body weight passes through the ankle as the load, and the calf muscle pulls on the heel as the effort. Which class of lever is this?

  1. A second-class lever Correct answer.
  2. A first-class lever
  3. A fourth-class lever, which does not exist in the body
  4. A third-class lever

Explanation

A second-class lever has the load between the fulcrum and the effort. In rising onto the toes, the ball of the foot is the fulcrum, the body weight at the ankle is the load, and the calf pull at the heel is the effort. First-class levers place the fulcrum between load and effort, and third-class levers place effort between fulcrum and load.

Question 18Anatomy and physiology in physical activity

A performer has a tidal volume of 0.5 L, an inspiratory reserve volume of 2.5 L and an expiratory reserve volume of 1.0 L. What is the performer's vital capacity?

  1. 4.0 L Correct answer.
  2. 4.5 L
  3. 3.5 L
  4. 3.0 L

Explanation

Vital capacity is the maximum volume exhaled after a maximal inhalation, so it equals tidal volume plus inspiratory reserve volume plus expiratory reserve volume. Here 0.5 + 2.5 + 1.0 = 4.0 L. Residual volume is not included because it cannot be exhaled.

Question 19Anatomy and physiology in physical activity

During exercise, increased venous return stretches the ventricular walls and causes the heart to contract more forcefully. Which principle explains this effect?

  1. The all-or-none law
  2. The Bohr effect
  3. The sliding filament theory
  4. The Frank-Starling law Correct answer.

Explanation

The Frank-Starling law states that within physiological limits, greater filling of the ventricles stretches cardiac muscle and increases the force of contraction. This helps stroke volume rise during exercise without relying only on sympathetic stimulation. The Bohr effect concerns oxygen unloading, not cardiac stretch.

Question 20Anatomy and physiology in physical activity

During intense exercise, rising carbon dioxide and hydrogen ion concentrations in active muscle make haemoglobin release more oxygen to the tissues. What is this phenomenon called?

  1. The oxygen debt
  2. The chloride shift
  3. The Frank-Starling mechanism
  4. The Bohr effect Correct answer.

Explanation

The Bohr effect describes the rightward shift of the oxyhaemoglobin dissociation curve when carbon dioxide and hydrogen ions increase. This reduces haemoglobin's affinity for oxygen and improves oxygen unloading in active tissues. It is not the chloride shift, which refers to bicarbonate movement in red blood cells.

Question 21Anatomy and physiology in physical activity

Which fibrous connective tissue attaches bone to bone at a synovial joint?

  1. Ligament Correct answer.
  2. Tendon
  3. Articular cartilage
  4. Deep fascia

Explanation

A ligament is a band of dense fibrous connective tissue that links one bone to another and helps stabilise the joint. Tendons attach muscle to bone, while cartilage covers articular surfaces and fascia surrounds muscles. This distinction is important when assessing joint stability after injury.

Question 22Anatomy and physiology in physical activity

A performer holds a wall sit with the knees bent at a constant angle. Which type of muscle contraction is occurring in the quadriceps?

  1. Concentric
  2. Isometric Correct answer.
  3. Isokinetic
  4. Eccentric

Explanation

In an isometric contraction the muscle develops tension while its length and the joint angle remain essentially unchanged, as in a held wall sit. Concentric and eccentric contractions involve joint movement, and isokinetic testing requires a constant angular velocity. The quadriceps are active, but no shortening or lengthening motion is occurring.

Question 23Anatomy and physiology in physical activity

Which lung volume remains in the lungs after the most forceful expiration and cannot be measured by simple spirometry?

  1. Tidal volume
  2. Residual volume Correct answer.
  3. Inspiratory reserve volume
  4. Vital capacity

Explanation

Residual volume is the air left in the lungs after a maximal expiratory effort, so it cannot be exhaled into a spirometer. Tidal volume, vital capacity and inspiratory reserve volume can all be measured during breathing manoeuvres. Residual volume is therefore estimated indirectly rather than by simple spirometry.

Question 24Anatomy and physiology in physical activity

In skeletal muscle, which ion binds to troponin and exposes the myosin-binding sites on actin?

  1. Calcium Correct answer.
  2. Sodium
  3. Magnesium
  4. Potassium

Explanation

Calcium ions released from the sarcoplasmic reticulum bind to troponin, causing tropomyosin to move and exposing actin sites for cross-bridge formation. Sodium and potassium are mainly involved in membrane potentials, while magnesium supports other enzymatic reactions. Calcium therefore acts as the key trigger for contraction.

Question 25Anatomy and physiology in physical activity

Which feature of veins assists the return of blood to the heart against gravity?

  1. One-way valves Correct answer.
  2. A thick tunica media
  3. High resting blood pressure
  4. Elastic lamellae in the tunica intima

Explanation

Veins contain pocket-like one-way valves that prevent backflow and help blood move toward the heart, especially in the limbs. Their walls are thinner and their pressure is lower than in arteries, so valves work with skeletal muscle pumping. Arteries have thicker muscle and elastic layers but do not rely on venous valves.

Question 26Anatomy and physiology in physical activity

A performer performs a dumbbell biceps curl. The elbow acts as the fulcrum, the biceps provides the effort and the dumbbell provides the load. Which class of lever is this?

  1. Fourth-class lever
  2. First-class lever
  3. Third-class lever Correct answer.
  4. Second-class lever

Explanation

In a third-class lever the effort is applied between the fulcrum and the load, as when the biceps pulls on the forearm while the hand holds the dumbbell. First-class levers place the fulcrum between effort and load, and second-class levers place the load between fulcrum and effort. There is no fourth class of lever in this classification.

Question 27Anatomy and physiology in physical activity

Which structure normally initiates each heartbeat by generating an electrical impulse in the right atrium?

  1. Bundle of His
  2. Purkinje fibres
  3. Atrioventricular node
  4. Sinoatrial node Correct answer.

Explanation

The sinoatrial node is the heart's natural pacemaker because it spontaneously depolarises and sets the rhythm before the impulse spreads to the atria. The atrioventricular node delays the impulse, the bundle of His conducts it to the ventricles, and Purkinje fibres distribute it through ventricular muscle. Thus the SA node initiates the normal heartbeat.

Question 28Anatomy and physiology in physical activity

During progressive exercise, which change best explains the widening of the arteriovenous oxygen difference across active muscle?

  1. A fall in heart rate with a rising stroke volume
  2. A decrease in ventilation as exercise intensity rises
  3. Greater oxygen extraction by active muscle Correct answer.
  4. A sharp rise in arterial haemoglobin concentration

Explanation

The arteriovenous oxygen difference is the difference in oxygen content between arterial and venous blood. As exercise intensity rises, active muscle extracts more oxygen, so venous blood returning from the muscle contains less oxygen and the difference widens. Heart rate, haemoglobin concentration and ventilation do not explain this widening in the way that increased tissue extraction does.

Question 29Anatomy and physiology in physical activity

A gymnast lands from a vault and a muscle is stretched rapidly. Which receptor detects the change in muscle length and triggers the stretch reflex?

  1. Golgi tendon organ
  2. Joint capsule receptor
  3. Muscle spindle Correct answer.
  4. Pacinian corpuscle

Explanation

Muscle spindles lie within the muscle belly and respond to stretch and the speed of stretch, producing a reflexive contraction that resists sudden lengthening. Golgi tendon organs monitor tension, while Pacinian corpuscles and joint capsule receptors provide other forms of proprioceptive information. The rapid stretch in a landing therefore activates muscle spindles.

Question 30Anatomy and physiology in physical activity

During exercise in a hot environment, which pair of responses increases heat loss from the body?

  1. Cutaneous vasoconstriction and shivering
  2. Sweating and cutaneous vasoconstriction
  3. Cutaneous vasodilation and shivering
  4. Sweating and cutaneous vasodilation Correct answer.

Explanation

Sweating increases evaporative cooling, and cutaneous vasodilation brings more blood to the skin so heat can be lost to the environment. Shivering generates heat and vasoconstriction conserves it, so those responses oppose cooling. The combination of sweating and skin vasodilation is therefore the appropriate heat-loss response.

Question 31Anatomy and physiology in physical activity

Which anatomical plane divides the body into left and right sections and contains flexion and extension movements?

  1. Transverse plane
  2. Frontal plane
  3. Oblique plane
  4. Sagittal plane Correct answer.

Explanation

The sagittal plane runs vertically from front to back and divides the body into left and right portions. Flexion and extension occur in this plane, for example when the knee bends and straightens during a squat. The frontal plane divides the body into front and back, while the transverse plane divides it into upper and lower portions.

Question 32Anatomy and physiology in physical activity

Which type of synovial joint is found at the elbow, where the humerus meets the ulna?

  1. Ball-and-socket joint
  2. Pivot joint
  3. Hinge joint Correct answer.
  4. Saddle joint

Explanation

A hinge joint allows movement mainly in one plane, producing flexion and extension, which is the movement available at the elbow. The humerus and ulna form a hinge that restricts rotation and side-to-side movement. Ball-and-socket joints allow movement in three planes, pivot joints allow rotation, and saddle joints allow two planes of movement.

Question 33Anatomy and physiology in physical activity

During the upward phase of a squat, the quadriceps contract to extend the knee. Which muscle group acts as the antagonist at the knee during this movement?

  1. Hamstrings Correct answer.
  2. Gastrocnemius
  3. Iliopsoas
  4. Gluteus maximus

Explanation

The quadriceps are the agonist because they produce knee extension. The hamstrings oppose this action by producing knee flexion, so they act as the antagonist at the knee. Gluteus maximus and iliopsoas act mainly at the hip, and gastrocnemius acts at the ankle.

Question 34Anatomy and physiology in physical activity

At the alveoli, oxygen moves from the alveolar air into the blood because of a partial pressure gradient. Which process describes this movement?

  1. Active transport
  2. Osmosis
  3. Filtration
  4. Diffusion Correct answer.

Explanation

Gas exchange in the lungs occurs by diffusion, the passive movement of molecules from a region of higher partial pressure to a region of lower partial pressure. Oxygen moves down its partial pressure gradient from the alveoli into the pulmonary capillaries, while carbon dioxide moves in the opposite direction. No energy or carrier protein is required for this movement.

Question 35Anatomy and physiology in physical activity

During ventricular systole, which valve opens to allow blood to leave the left ventricle?

  1. Aortic valve Correct answer.
  2. Tricuspid valve
  3. Pulmonary valve
  4. Mitral valve

Explanation

During systole the ventricles contract and pressure rises. In the left ventricle, the increased pressure closes the mitral valve and forces open the aortic valve, allowing blood to enter the aorta. The pulmonary valve opens for the right ventricle, while the tricuspid and mitral valves close to prevent backflow into the atria.

Question 36Anatomy and physiology in physical activity

During a prolonged bout of strenuous exercise, lactate accumulates in the working muscles. Which statement best explains this accumulation?

  1. Lactate is produced directly from creatine phosphate breakdown
  2. Lactate accumulation results from complete oxidation of fatty acids
  3. Pyruvate is converted to lactate when oxygen is limited Correct answer.
  4. Lactate forms because carbon dioxide is converted in the mitochondria

Explanation

When exercise intensity is high, oxygen delivery to the muscle cannot keep pace with the demand of the lactic acid system. Pyruvate, formed by glycolysis, is converted to lactate instead of entering the mitochondria for aerobic metabolism. This conversion regenerates NAD+ so glycolysis can continue briefly, and lactate accumulates in the muscle and blood.

Question 37Fitness, training principles and exercise programming

In the FITT principle used to structure a fitness programme, which word is represented by the letter 'I'?

  1. Improvement
  2. Individuality
  3. Interval
  4. Intensity Correct answer.

Explanation

FITT stands for Frequency, Intensity, Time and Type. Intensity describes how hard the session is, expressed for example as a percentage of maximum heart rate or as the load lifted, and it is planned separately from how often (frequency) or how long (time) the performer trains.

Question 38Fitness, training principles and exercise programming

Which statement best defines the training principle of progressive overload?

  1. Training at the same workload until the body adapts to it
  2. Performing every session at the highest intensity the performer can tolerate
  3. Changing the type of training every week to keep sessions interesting
  4. Gradually increasing the training demand as the body adapts to the current load Correct answer.

Explanation

Progressive overload means the training stimulus is raised in small, planned steps as the body adapts, for example by adding load, repetitions, sets or weekly sessions. If the demand is never increased, the current workload stops challenging the body and progress stalls.

Question 39Fitness, training principles and exercise programming

Which statement describes the principle of reversibility in fitness training?

  1. Training effects can only be reversed by changing the type of exercise
  2. A performer must reverse the order of exercises in each training session
  3. Fitness gains are gradually lost when training is stopped or greatly reduced Correct answer.
  4. Intensity must be reversed at the start of every new training block

Explanation

Reversibility, often summarised as 'use it or lose it', means that adaptations decline when the training stimulus is removed or sharply reduced. Aerobic capacity and strength begin to fall within a few weeks of detraining, which is why reduced-volume maintenance sessions are used during breaks.

Question 40Fitness, training principles and exercise programming

A 1500 m freestyle swimmer wants a session that best applies the principle of specificity. Which session is most appropriate?

  1. A 45-minute session of static stretching and mobility drills
  2. A 60-minute steady cycle ride at a moderate pace
  3. Repeated 100 m and 200 m swims at race pace with short rest intervals Correct answer.
  4. A circuit of press-ups, sit-ups and squats with 30 seconds rest

Explanation

Specificity states that training adaptations are specific to the muscles, energy systems and movement patterns that are trained. A 1500 m swimmer therefore needs swimming sets at or near race pace with short recovery, because these reproduce the posture, muscle actions and aerobic demands of the event.

Question 41Fitness, training principles and exercise programming

A 16-year-old wants to train at 70% of estimated maximum heart rate, calculated as 220 minus age. Which heart rate should the performer aim for during the session?

  1. 122 bpm
  2. 143 bpm Correct answer.
  3. 163 bpm
  4. 204 bpm

Explanation

First estimate maximum heart rate: 220 minus 16 gives 204 bpm. Then take 70% of that value, 0.70 multiplied by 204, which is about 143 bpm, so the performer should keep the heart rate close to this figure for the session.

Question 42Fitness, training principles and exercise programming

A 17-year-old completes a hard resistance session that loads the same muscle groups. What is the most appropriate recovery guidance before those muscles are trained hard again?

  1. Wait at least two weeks before any further resistance work for those muscles
  2. Allow around 48 hours of recovery before loading the same muscle groups hard again Correct answer.
  3. Repeat the session later the same day to double the training effect
  4. Train the same muscles hard again the next morning so that the stimulus is not lost

Explanation

Hard resistance work causes muscle damage and neuromuscular fatigue, and the same muscle groups usually need about 48 hours before being loaded heavily again. Training them sooner prevents full adaptation, while very long gaps allow fitness gains to reverse.

Question 43Fitness, training principles and exercise programming

Which change is the main physiological reason for beginning a session with a progressive warm-up?

  1. Permanently lengthening the muscles so that flexibility improves
  2. Lowering heart rate so that the performer starts the session in a calm state
  3. Raising muscle temperature and blood flow to prepare the body for the session Correct answer.
  4. Depleting muscle glycogen so that fat becomes the main fuel during exercise

Explanation

A progressive warm-up raises muscle and core temperature, increases blood flow to working muscles and prepares the nervous system and joints for the demands ahead. These changes improve performance and reduce injury risk, and they are temporary rather than permanent structural changes.

Question 44Fitness, training principles and exercise programming

Two weeks before a major competition a swimmer roughly halves training volume but keeps some race-pace work. What is this planned phase called?

  1. Transition
  2. Detraining
  3. Tapering Correct answer.
  4. Overload

Explanation

Tapering is the planned reduction of training volume in the days or weeks before a key competition while enough intensity is retained to keep race sharpness. Fatigue from heavy training then dissipates and performance peaks at the right moment.

Question 45Fitness, training principles and exercise programming

A 16-year-old beginner wants to improve muscular endurance. Which resistance prescription best matches this goal?

  1. 3 sets of 6-8 repetitions at 80% of 1RM with 3 minutes rest between sets
  2. 1 set of 8 repetitions at 75% of 1RM performed once a week
  3. 3 sets of 15-20 repetitions at 50-60% of 1RM with 30-45 seconds rest Correct answer.
  4. 5 sets of 1-3 repetitions at 90% of 1RM with 4 minutes rest between sets

Explanation

Muscular endurance is developed with moderate loads, high repetitions, multiple sets and short rest intervals, because this produces a large volume of repeated contractions with limited recovery. Heavy loads of one to eight repetitions with long rests target maximal strength and hypertrophy instead.

Question 46Fitness, training principles and exercise programming

A 17-year-old footballer reports persistent heavy legs, a resting heart rate about 8 bpm above usual, disturbed sleep and slower sprint times over three weeks despite training harder. What is the most appropriate interpretation?

  1. The player shows signs of overtraining, so training load should be reduced and rest increased Correct answer.
  2. These are normal training responses, so the programme should continue unchanged
  3. The player has hit a plateau and should add one more high-intensity session each week
  4. The player needs extra plyometric work to rebuild explosive power

Explanation

A raised resting heart rate, poor sleep, persistent fatigue and falling performance over several weeks despite harder training are recognised markers of overtraining rather than normal adaptation. The correct response is to cut volume and intensity and restore recovery, because adding further work deepens the fatigue and delays recovery.

Question 47Fitness, training principles and exercise programming

A goalkeeper changes direction rapidly to reach a low shot. Which skill-related component of fitness is primarily being demonstrated?

  1. Agility Correct answer.
  2. Reaction time
  3. Balance
  4. Coordination

Explanation

Agility is the ability to change direction quickly while maintaining control of the body. A goalkeeper adjusting position to reach a low shot depends mainly on this skill-related component rather than on balance alone.

Question 48Fitness, training principles and exercise programming

A coach gives two 16-year-old students different training loads because one has trained for two years and the other is a beginner. Which training principle is being applied?

  1. Variation
  2. Individual differences Correct answer.
  3. Recovery
  4. Progressive overload

Explanation

The principle of individual differences recognises that athletes respond differently to the same training because of factors such as training age, fitness, maturation and recovery. The coach therefore adjusts the load rather than applying one programme to everyone.

Question 49Fitness, training principles and exercise programming

Why should a cool-down follow a vigorous training session?

  1. To raise muscle temperature before the next session
  2. To return heart rate and circulation towards resting Correct answer.
  3. To remove the need for a future warm-up
  4. To lower the total training volume of the session

Explanation

A cool-down keeps light movement going after the main session so that heart rate and circulation fall gradually rather than abruptly. This helps avoid dizziness and supports the return to resting conditions.

Question 50Fitness, training principles and exercise programming

A student designs a resistance session containing back squats, bench press, biceps curls and lateral raises. What is the most appropriate exercise order?

  1. Biceps curls, lateral raises, squats, bench press
  2. Biceps curls, squats, lateral raises, bench press
  3. Lateral raises, squats, bench press, biceps curls
  4. Squats, bench press, biceps curls, lateral raises Correct answer.

Explanation

Multi-joint exercises such as squats and bench press should generally come before single-joint exercises such as curls and lateral raises. This order lets the larger muscle groups be trained while the athlete is freshest and reduces the risk of pre-fatiguing stabilisers needed for the compound lifts.