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Maharashtra SSC Health & Physical Education Grade study materials
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Maharashtra SSC Health & Physical Education Grade practice questions

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Question 1Physical Fitness and Health-Related Components

In the Maharashtra SSC Health and Physical Education syllabus, which component is classified as a health-related component of physical fitness rather than a skill-related component?

  1. Cardiovascular endurance Correct answer.
  2. Reaction time
  3. Speed
  4. Agility

Explanation

Health-related components are those linked to good health and reduced disease risk, and they include cardiovascular endurance, muscular strength, muscular endurance, flexibility and body composition. Agility, reaction time and speed belong to the skill-related group used in sports performance.

Question 2Physical Fitness and Health-Related Components

A student performs sit-ups for one minute to see how many repetitions the abdominal muscles can complete. Which health-related component is being measured?

  1. Flexibility
  2. Body composition
  3. Cardiovascular endurance
  4. Muscular endurance Correct answer.

Explanation

Muscular endurance is the ability of a muscle group to continue repeated contractions against resistance without tiring. A one-minute sit-up count records how many repetitions the abdominal muscles sustain, which is exactly this quality.

Question 3Physical Fitness and Health-Related Components

Which test from the standard fitness battery is most appropriate for estimating body composition in school students?

  1. Shuttle run
  2. Standing broad jump
  3. Body mass index from height and weight Correct answer.
  4. Sit-and-reach test

Explanation

Body composition is estimated in schools using height and weight to calculate body mass index, sometimes supported by skinfold measurements. The other tests measure flexibility, speed with agility, and explosive leg power respectively.

Question 4Physical Fitness and Health-Related Components

The sit-and-reach box test is used mainly to assess which health-related fitness component?

  1. Flexibility Correct answer.
  2. Cardiovascular endurance
  3. Agility
  4. Muscular strength

Explanation

Flexibility is the range of movement possible at a joint, and the sit-and-reach test measures how far the student can reach forward while seated with straight legs. This reflects the extensibility of the lower back and hamstring muscles.

Question 5Physical Fitness and Health-Related Components

Which statement correctly describes muscular strength as a health-related fitness component?

  1. The ability of a muscle to exert maximum force against resistance in a single effort Correct answer.
  2. The ability of the heart and lungs to supply oxygen during activity
  3. The proportion of fat in the total body mass
  4. The ability of a muscle to work repeatedly for a long duration

Explanation

Muscular strength refers to the greatest force a muscle or muscle group can generate in one maximal contraction, such as a single heavy lift. Repeated submaximal work over time is muscular endurance, which is a separate component.

Question 6Physical Fitness and Health-Related Components

A 14-year-old student wants to improve cardiovascular endurance. Which training schedule best matches this goal?

  1. Holding a static stretch for 30 seconds daily
  2. Lifting a heavy weight once each day
  3. Practising 20-metre sprints twice a week
  4. Brisk running or cycling for 20 to 30 minutes, three to four days a week Correct answer.

Explanation

Cardiovascular endurance improves when the heart and lungs work at a moderate to vigorous intensity for a sustained period, repeated on several days each week. Continuous rhythmic activity of 20 to 30 minutes meets this principle, while the other options target strength, flexibility or speed.

Question 7Physical Fitness and Health-Related Components

According to the FITT principle, what does the first letter F stand for when planning a fitness programme?

  1. Fatigue
  2. Frequency Correct answer.
  3. Flexibility
  4. Force

Explanation

FITT stands for Frequency, Intensity, Time and Type, and it is a framework for designing safe and effective exercise programmes. Frequency refers to how often the activity is performed each week.

Question 8Physical Fitness and Health-Related Components

A student can perform 30 sit-ups in one minute but cannot complete even one pull-up. Which interpretation is most accurate?

  1. The student has poor flexibility in the shoulders
  2. The student has high muscular strength but low muscular endurance
  3. The student has excellent cardiovascular endurance
  4. The student has high muscular endurance but low upper-body muscular strength Correct answer.

Explanation

Sit-ups measure the endurance of the abdominal muscles, while a pull-up requires the upper body to lift body weight against resistance in a single effort, which is a test of strength. Performing many sit-ups but no pull-up therefore indicates good local endurance with limited upper-body strength.

Question 9Physical Fitness and Health-Related Components

Why is body composition included among the health-related components of physical fitness?

  1. Because it shows how quickly a student reacts to a signal
  2. Because it predicts how fast a student can sprint
  3. Because it measures the range of motion at joints
  4. Because excess body fat is associated with lifestyle diseases such as diabetes and hypertension Correct answer.

Explanation

Body composition reflects the balance of fat and lean tissue, and a high proportion of body fat raises the risk of lifestyle diseases such as type 2 diabetes, hypertension and heart disease. This direct link with health status is why it belongs to the health-related group.

Question 10Physical Fitness and Health-Related Components

A physical education teacher wants to measure the explosive power of the leg muscles. Which test is designed for this purpose?

  1. 12-minute run-walk test
  2. Standing broad jump Correct answer.
  3. Sit-and-reach test
  4. One-minute sit-up test

Explanation

The standing broad jump measures how far a student can leap from a standing position, which depends on the explosive force of the leg muscles. It is a field test of leg power rather than endurance or flexibility.

Question 11Physical Fitness and Health-Related Components

Which pair correctly matches a health-related component with a suitable field test?

  1. Body composition and the shuttle run
  2. Flexibility and the 50-metre sprint
  3. Muscular strength and the sit-and-reach test
  4. Cardiovascular endurance and the 12-minute run-walk test Correct answer.

Explanation

The 12-minute run-walk test measures how much distance a student covers in a fixed time, which reflects the ability of the heart and lungs to supply oxygen. Each other pairing links a component to a test that measures something different.

Question 12Physical Fitness and Health-Related Components

A student trains by running at a moderate pace for 25 minutes four days a week for eight weeks. Which change most directly shows improved cardiovascular endurance?

  1. An increased standing broad jump distance
  2. A greater one-repetition maximum in the bench press
  3. A lower resting heart rate and quicker recovery after exercise Correct answer.
  4. An increased ability to touch the toes

Explanation

Regular aerobic training strengthens the heart, so it pumps more blood per beat and the resting heart rate falls, while recovery after exertion becomes faster. Toe touching reflects flexibility, and the bench press and broad jump reflect strength and power.

Question 13Physical Fitness and Health-Related Components

Which principle states that fitness gains occur only when the training load is gradually increased beyond the level the body is used to?

  1. Principle of reversibility
  2. Principle of individual differences
  3. Principle of progressive overload Correct answer.
  4. Principle of specificity

Explanation

Progressive overload means that the body adapts only when the training demand is raised gradually over time, for example by adding repetitions, distance or resistance. Reversibility describes loss of fitness when training stops, specificity means training the exact quality required, and individual differences recognise that people respond differently.

Question 14Physical Fitness and Health-Related Components

A student who was previously fit stops all physical activity for three months. Which observation best illustrates the principle of reversibility?

  1. The student's muscular strength increases without training
  2. The student's flexibility and endurance decrease noticeably Correct answer.
  3. The student suddenly becomes more agile
  4. The student's resting heart rate drops further

Explanation

The principle of reversibility states that fitness gains are lost when training stops, a process often called detraining. Endurance and flexibility decline first, so a noticeable drop after three inactive months is the expected outcome.

Question 15Physical Fitness and Health-Related Components

Why should a fitness programme be individualised for each student rather than applied identically to the whole class?

  1. Because all students respond identically to the same load
  2. Because flexibility cannot be trained in adolescents
  3. Because students differ in age, maturity, health status and current fitness level Correct answer.
  4. Because the FITT principle applies only to adults

Explanation

The principle of individual differences recognises that students of the same age vary in physical maturity, health conditions and starting fitness, so the same intensity or volume may be safe for one and excessive for another. Programmes are therefore adjusted to each student's capacity.

Question 16Physical Fitness and Health-Related Components

Which statement best distinguishes skill-related fitness from health-related fitness?

  1. Skill-related components reduce disease risk, while health-related components improve sports performance
  2. Skill-related components are measured only by body mass index
  3. Skill-related components improve sports performance, while health-related components reduce disease risk and support daily functioning Correct answer.
  4. Both groups refer only to the ability to lift heavy weights

Explanation

Health-related fitness includes components such as cardiovascular endurance, strength, endurance, flexibility and body composition, which protect health and support everyday tasks. Skill-related fitness includes agility, balance, coordination, power, reaction time and speed, which mainly enhance athletic performance.

Question 17Physical Fitness and Health-Related Components

A student scores poorly on the sit-and-reach test. Which training activity is most suitable for improving this result?

  1. Weekly 100-metre sprints
  2. Weekly long-distance cycling only
  3. Daily static stretching of the hamstrings and lower back after warm-up Correct answer.
  4. Daily heavy squats with a barbell

Explanation

The sit-and-reach result depends on the flexibility of the hamstrings and lower back, so regular static stretching of these muscles after a warm-up is the specific way to improve it. Heavy squats, sprints and long cycling train strength, speed or endurance instead.

Question 18Physical Fitness and Health-Related Components

Which of the following is a correct example of measuring muscular endurance rather than muscular strength?

  1. Counting how many push-ups a student can complete without rest Correct answer.
  2. Counting the maximum weight a student can lift once
  3. Measuring the distance covered in a 12-minute run
  4. Measuring how far a student can reach forward while seated

Explanation

Muscular endurance is the capacity to repeat contractions against resistance before fatigue, so counting consecutive push-ups without rest measures it directly. A single maximum lift measures strength, while the other tests measure flexibility and cardiovascular endurance.

Question 19Physical Fitness and Health-Related Components

A teacher wants a simple, low-cost measure of body composition for a large class. Which approach is most practical and appropriate?

  1. Performing underwater weighing for every student
  2. Conducting laboratory skinfold analysis with a specialist
  3. Measuring height and weight and calculating body mass index Correct answer.
  4. Measuring the standing broad jump

Explanation

Height and weight are easy to measure in a school setting and allow body mass index to be calculated, giving a practical estimate of body composition. Underwater weighing and laboratory skinfold analysis need special equipment and trained staff, and the broad jump measures power.

Question 20Physical Fitness and Health-Related Components

A student's fitness report shows a high level of cardiovascular endurance but poor flexibility. Which programme adjustment best addresses this profile?

  1. Add regular stretching sessions while maintaining the aerobic routine Correct answer.
  2. Replace all aerobic work with weightlifting
  3. Stop all activity until flexibility improves
  4. Increase sprint training and reduce stretching

Explanation

Because the student already has good aerobic capacity, the priority is to add flexibility work such as static stretching while keeping the aerobic routine to maintain existing gains. Removing aerobic work or stopping activity would cause the endurance gains to reverse.

Question 21Physical Fitness and Health-Related Components

What is the main purpose of a warm-up before vigorous physical activity in a school fitness session?

  1. To build maximum muscular strength in the shortest time
  2. To raise muscle temperature and prepare joints and the heart for the workload, lowering injury risk Correct answer.
  3. To replace the main fitness session entirely
  4. To measure body composition before exercise

Explanation

A warm-up gradually increases blood flow, muscle temperature and joint mobility so the body is prepared for more intense work, which reduces the chance of strain and injury. It does not build strength or replace the main session.

Question 22Physical Fitness and Health-Related Components

A student claims that doing only bicep curls will improve running endurance. Which principle explains why this claim is incorrect?

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

Explanation

The principle of specificity states that training adaptations are specific to the type of activity performed. Bicep curls develop local arm strength, whereas running endurance depends on aerobic conditioning of the heart, lungs and leg muscles.

Question 23Physical Fitness and Health-Related Components

Which combination of components is most important for a student who wants to carry a heavy school bag comfortably over a long walk?

  1. Balance and coordination only
  2. Speed and power
  3. Reaction time and agility
  4. Muscular strength and muscular endurance Correct answer.

Explanation

Carrying a heavy bag requires the back and shoulder muscles to generate force against resistance and to keep working over a long distance, which combines muscular strength and muscular endurance. Skill-related qualities such as reaction time and agility do not address this demand.

Question 24Physical Fitness and Health-Related Components

A student records a resting heart rate of 78 beats per minute and, after eight weeks of regular aerobic training, records 66 beats per minute. What is the most reasonable conclusion?

  1. The student has developed poor cardiovascular endurance
  2. Aerobic training has strengthened the heart, so it pumps more blood per beat Correct answer.
  3. The student's flexibility has improved
  4. The student's body composition has worsened

Explanation

Endurance training enlarges the heart's pumping capacity, so each beat delivers more blood and the resting heart rate falls, a change called bradycardia of the trained heart. A drop from 78 to 66 beats per minute therefore indicates improved aerobic fitness.

Question 25Physical Fitness and Health-Related Components

Which statement about flexibility is technically correct?

  1. It is the ability to sustain aerobic activity for a long time
  2. It is the maximum force a muscle can produce in one contraction
  3. It is the proportion of fat in the total body mass
  4. It is the range of motion available at a joint and can be improved with regular stretching Correct answer.

Explanation

Flexibility is defined by the range of motion at a joint, which depends on muscle extensibility, joint structure and connective tissue. Regular stretching, especially when the muscles are warm, gradually increases this range.

Question 26Physical Fitness and Health-Related Components

In a school fitness report, which set of components is classified as health-related rather than skill-related?

  1. Cardiovascular endurance, muscular strength, muscular endurance, flexibility, body composition Correct answer.
  2. Reaction time, balance, muscular strength, body composition, power
  3. Power, speed, agility, flexibility, coordination
  4. Speed, agility, balance, coordination, reaction time

Explanation

Health-related fitness covers the five qualities that support good health and reduce disease risk: cardiovascular endurance, muscular strength, muscular endurance, flexibility and body composition. Skill-related fitness instead covers speed, agility, balance, coordination, power and reaction time. Any set that mixes in speed, agility or reaction time belongs to the skill-related group.

Question 27Physical Fitness and Health-Related Components

A student's training heart rate during a jog is 150 beats per minute and the estimated maximum heart rate is 200 beats per minute. Which intensity zone does this represent?

  1. About 95 per cent of maximum, which lies in the near-maximal zone
  2. About 75 per cent of maximum, which lies in the high anaerobic sprint zone
  3. About 75 per cent of maximum, which lies in the moderate-to-vigorous aerobic zone Correct answer.
  4. About 50 per cent of maximum, which lies in the light recovery zone

Explanation

Intensity as a percentage of maximum heart rate is found by dividing the working heart rate by the maximum and multiplying by 100, giving 150 divided by 200, or 75 per cent. This falls within the moderate-to-vigorous aerobic band used to build cardiovascular endurance. Percentages near 90 and above are reserved for short near-maximal efforts.

Question 28Physical Fitness and Health-Related Components

A 15-year-old girl performs the 50-metre dash and the 600-metre run-walk test in a school fitness battery. Which pairing of tests with components is correct?

  1. 50-metre dash measures speed, and the 600-metre run-walk measures cardiovascular endurance Correct answer.
  2. 50-metre dash measures cardiovascular endurance, and the 600-metre run-walk measures speed
  3. 50-metre dash measures flexibility, and the 600-metre run-walk measures muscular strength
  4. 50-metre dash measures body composition, and the 600-metre run-walk measures agility

Explanation

A short maximal sprint over 50 metres reflects how quickly the student can cover ground, which is speed. A longer run-walk covering 600 metres depends mainly on the heart and lungs supplying oxygen, so it measures cardiovascular endurance. Matching each test to the dominant energy demand is the basis of any fitness battery.

Question 29Physical Fitness and Health-Related Components

A student wants to improve muscular endurance in the abdominal muscles using a progressive plan. Which weekly progression best targets muscular endurance rather than maximal strength?

  1. Replace sit-ups with a heavy barbell lift performed for three repetitions per set
  2. Hold a single maximal sit-up contraction for five seconds and repeat it twice per session
  3. Increase the number of sit-ups performed per set while keeping resistance low, adding repetitions gradually each week Correct answer.
  4. Add heavy external weight to each sit-up and perform only three repetitions per set

Explanation

Muscular endurance is the ability of a muscle group to repeat contractions against light resistance over time, so it is trained with higher repetitions and gradually increasing volume. Low resistance with growing repetitions matches this goal. Heavy loads and very low repetitions develop maximal strength instead.

Question 30Physical Fitness and Health-Related Components

Two students of the same age have the same body mass, but one has a noticeably higher body-fat percentage than the other. Which conclusion is most defensible?

  1. The student with higher body fat must have greater muscular strength
  2. Their cardiovascular endurance must be identical because their body mass is the same
  3. Body composition cannot be compared unless both students have the same height and fat percentage
  4. Body composition differs between them even though body mass is equal, so their health-related fitness profiles may differ Correct answer.

Explanation

Body composition describes the proportion of fat and fat-free mass, so two people can share a body mass yet store different amounts of fat. Because excess body fat is associated with health risk, their health-related fitness profiles can differ. Body mass alone does not reveal fat distribution or fitness levels.

Question 31Physical Fitness and Health-Related Components

A student's sit-and-reach score has improved by four centimetres over a term of daily stretching. Which training variable was mainly responsible for this flexibility gain?

  1. A single stretching session done once a month at maximum effort
  2. Increasing the speed of the sit-and-reach movement to bounce further
  3. Reducing the warm-up so that muscles stay tight during stretching
  4. Regular stretching performed at least several days a week, held long enough to lengthen the muscle gradually Correct answer.

Explanation

Flexibility improves when stretching is performed frequently, with each position held long enough to allow the muscle to lengthen without pain. Regular practice over weeks produces lasting change in range of motion. Infrequent or bouncing efforts give little lasting gain and may cause injury.

Question 32Physical Fitness and Health-Related Components

A student's fitness record shows excellent 50-metre sprint times but a poor score on the 600-metre run-walk. Which interpretation of these results is most accurate?

  1. The student shows good speed but limited cardiovascular endurance, so aerobic training should be added Correct answer.
  2. The student shows good cardiovascular endurance but limited speed, so sprint training should be added
  3. The results contradict each other and cannot be interpreted without a body composition test
  4. The student shows good flexibility but limited muscular strength, so weight training should be added

Explanation

A fast sprint over a short distance reflects speed and anaerobic power, while a poor long-distance run-walk score points to weak aerobic capacity. The two results are compatible because they measure different components. The appropriate response is to add sustained aerobic work to balance the profile.

Question 33Physical Fitness and Health-Related Components

Which statement about the relationship between muscular strength and muscular endurance is correct?

  1. They are related but distinct: strength is the maximum force a muscle can produce once, while endurance is the ability to repeat submaximal contractions Correct answer.
  2. They are identical qualities, because both depend only on the size of the muscle
  3. Muscular endurance is measured by the maximum weight lifted in a single attempt
  4. Muscular strength is measured by how many repetitions a muscle can perform against light resistance

Explanation

Muscular strength refers to the greatest force a muscle group can exert in one maximal effort, whereas muscular endurance is the capacity to sustain or repeat lighter contractions. The two qualities overlap in training but are measured differently. Confusing them leads to choosing the wrong test or training method.

Question 34Physical Fitness and Health-Related Components

A teacher wants to check whether a student's flexibility programme is working across the whole body, not just the lower back and hamstrings. Which approach gives the most complete picture?

  1. Compare the student's sit-and-reach score with a national record rather than with earlier scores
  2. Judge improvement only by how the student feels after each session
  3. Use several tests such as the sit-and-reach plus shoulder and trunk rotation measures, and compare results over time Correct answer.
  4. Use only the sit-and-reach test repeatedly, because one test covers all joints

Explanation

Flexibility is joint-specific, so a single test reflects only the region it stresses. Using several tests covering the shoulders, trunk and lower body gives a fuller profile. Comparing a student's own scores before and after training shows whether the programme is working.

Question 35Physical Fitness and Health-Related Components

A student asks why the same aerobic programme cannot be prescribed identically to every classmate. Which explanation is most consistent with fitness principles?

  1. All students respond identically to the same load, so individual differences are irrelevant to programme design
  2. The principle of individual differences applies only to athletes training for competition
  3. Only skill-related components require individualised programmes, while health-related ones do not
  4. Students differ in initial fitness, age, health status and goals, so the overload needed to improve differs between them Correct answer.

Explanation

The principle of individual differences states that people vary in starting fitness, maturation, health and goals, so the same load can be too easy for one student and unsafe for another. Effective programmes therefore adjust frequency, intensity, time and type to the individual. This applies to all students, not only competitive athletes.

Question 36Physical Fitness and Health-Related Components

A student's resting heart rate fell from 80 to 68 beats per minute after ten weeks of regular aerobic running. Which explanation of this change is most accurate?

  1. A lower resting heart rate proves that muscular strength has increased
  2. The heart pumps more blood per beat, so it needs fewer beats to supply the same oxygen, which is a cardiovascular endurance adaptation Correct answer.
  3. Resting heart rate falls only because the student reduced body mass, not because of training
  4. The heart has become weaker, so it must beat more slowly to avoid fatigue

Explanation

Regular aerobic training enlarges the stroke volume, so each beat delivers more blood and the heart can maintain circulation at a lower rate. A reduced resting heart rate is therefore a recognised adaptation of cardiovascular endurance training. It does not by itself indicate strength gains or weight change.

Question 37Fundamentals of Major Sports and Games (rules, terminology, skills)

In a standard kabaddi match, how long is each half for senior men?

  1. 20 minutes Correct answer.
  2. 15 minutes
  3. 10 minutes
  4. 25 minutes

Explanation

In standard senior men's kabaddi the match is divided into two halves of 20 minutes each, with a short break between them. The clock is stopped only for specified interruptions such as injury or official time-outs.

Question 38Fundamentals of Major Sports and Games (rules, terminology, skills)

A kabaddi raider crosses the baulk line into the opponent's court and returns without touching any defender. What is the standard outcome?

  1. The raider is declared out and a point goes to the opponents Correct answer.
  2. The raider is warned but allowed to continue
  3. The raid earns the raider's team one point
  4. The raid is treated as a do-or-die raid and repeated

Explanation

A raider must touch at least one defender or cross the bonus line under the prescribed conditions to score. Returning without any touch means the raider has failed and is ruled out, giving the opposing team a point.

Question 39Fundamentals of Major Sports and Games (rules, terminology, skills)

In kabaddi, what does the term 'cant' refer to?

  1. The struggle between a raider and a defender
  2. The continuous chanting of 'kabaddi' by the raider Correct answer.
  3. The bonus point earned near the baulk line
  4. The line separating the two halves of the court

Explanation

The raider must keep repeating the word 'kabaddi' continuously during the raid, and this chanting is called the cant. Stopping or pausing the cant results in the raider being declared out.

Question 40Fundamentals of Major Sports and Games (rules, terminology, skills)

In volleyball, how many times may a team touch the ball before returning it over the net, excluding a block?

  1. Two
  2. Four
  3. One
  4. Three Correct answer.

Explanation

A team is allowed a maximum of three touches to return the ball, and a block does not count as one of these touches. Exceeding three touches results in a fault and a point to the opponents.

Question 41Fundamentals of Major Sports and Games (rules, terminology, skills)

A volleyball player standing in the back zone jumps and spikes the ball from inside the attack line. What is the ruling?

  1. Legal, provided the ball crossed the net
  2. A fault only if the ball touches the block
  3. Legal, because the spike was impressive
  4. A fault, because a back-row player may not attack from the front zone Correct answer.

Explanation

Back-row players may attack only from behind the attack line; taking off from within the front zone to attack the ball above net height is a fault. The restriction applies to the point of take-off, not to where the ball lands.

Question 42Fundamentals of Major Sports and Games (rules, terminology, skills)

In basketball, how many seconds may an offensive team remain in the opponent's restricted area (key) while in control of the ball?

  1. 8 seconds
  2. 5 seconds
  3. 3 seconds Correct answer.
  4. 10 seconds

Explanation

An offensive player may not remain in the opponent's restricted area for more than three consecutive seconds while the team controls the ball in the frontcourt. This is the three-second rule.

Question 43Fundamentals of Major Sports and Games (rules, terminology, skills)

A basketball player dribbles the ball, stops, holds it, and then starts dribbling again. What violation is called?

  1. Double dribble Correct answer.
  2. Carrying
  3. Traveling
  4. Three-second violation

Explanation

Once a player ends a dribble by holding the ball with both hands or letting it rest, that player may not dribble again. Doing so is a double dribble, and possession is awarded to the opponents.

Question 44Fundamentals of Major Sports and Games (rules, terminology, skills)

In football (soccer), from how far must opponents stand from the ball at a corner kick?

  1. 6 metres
  2. 9.15 metres Correct answer.
  3. 10 metres
  4. 5 metres

Explanation

At a corner kick, opposing players must remain at least 9.15 metres (10 yards) from the corner arc until the ball is in play. The same distance applies at free kicks.

Question 45Fundamentals of Major Sports and Games (rules, terminology, skills)

In football, a player is in an offside position. When does this become an offside offence?

  1. Immediately when the player crosses the halfway line
  2. Only when the player touches the ball inside the penalty area
  3. Whenever the player is nearer the goal line than the last defender
  4. When the player becomes involved in active play at the moment the ball is played by a teammate Correct answer.

Explanation

Being in an offside position is not an offence by itself. It becomes an offence only if the player is involved in active play, such as interfering with play or an opponent, when the ball is played by a teammate.

Question 46Fundamentals of Major Sports and Games (rules, terminology, skills)

In cricket, how many balls make up a standard over in international limited-overs and Test matches?

  1. Five
  2. Eight
  3. Four
  4. Six Correct answer.

Explanation

A standard over consists of six legal deliveries. Umpires signal the end of the over after the sixth valid ball, excluding no-balls and wides.

Question 47Fundamentals of Major Sports and Games (rules, terminology, skills)

In cricket, a bowler's front foot must land where during delivery?

  1. On the return crease
  2. Anywhere behind the bowling crease
  3. Behind the popping crease line, without touching it Correct answer.
  4. Fully beyond the popping crease

Explanation

For a legal delivery, some part of the bowler's front foot must land behind the popping crease, and the foot must not touch or cross the line. A violation is a front-foot no-ball.

Question 48Fundamentals of Major Sports and Games (rules, terminology, skills)

In cricket, what is the term for a batsman dismissed on the very first ball faced?

  1. Diamond duck
  2. Golden duck Correct answer.
  3. Duck
  4. Silver duck

Explanation

A batsman out on the first ball faced is said to be out for a golden duck. A plain duck means out for zero runs, but not necessarily on the first ball.

Question 49Fundamentals of Major Sports and Games (rules, terminology, skills)

In a standard game of badminton, how many points must a player reach to win a game, with a two-point lead?

  1. 25
  2. 11
  3. 21 Correct answer.
  4. 15

Explanation

Under the rally-point scoring system, a game is won by the first side to reach 21 points with a lead of at least two. At 20-all, play continues until one side leads by two.

Question 50Fundamentals of Major Sports and Games (rules, terminology, skills)

In badminton, at 29-all in a game, what happens next?

  1. The game restarts from zero
  2. The first side to reach 30 points wins the game Correct answer.
  3. Play continues until a two-point lead is achieved
  4. The game is declared a draw

Explanation

If the score reaches 29-all, the side that reaches 30 first wins the game. This cap prevents indefinite play while still requiring the two-point lead at lower scores.