Question 1
Which one of these structures attaches muscles to bones?
[1 mark]
Physical Education · AQA 8582 · Paper 1: The human body and movement in physical activity and sport · June 2023
Which one of these structures attaches muscles to bones?
[1 mark]
Which one of these describes stroke volume?
[1 mark]
Which one of these muscles is found in the leg?
[1 mark]
Lisa is doing light aerobic training to maintain a level of general fitness.
In which one of these training seasons is she working in?
[1 mark]
Which one of these describes an isometric contraction?
[1 mark]
Which one of these movements takes place in a frontal plane?
[1 mark]
Figure 1 shows a human skeleton.
Identify the bones labelled A, B and C in Figure 1.
[3 marks]
Figure 2 shows an athlete in two different positions (A and B) as the athlete performs a tricep dip.
Figure 2
Use Figure 2 to help answer the following questions.
Identify the joint action taking place at the elbow as the arm moves from A to B.
[1 mark]
Identify the main antagonist at the elbow as the arm moves from A to B.
[1 mark]
Identify the type of isotonic muscle contraction that is taking place at the elbow as the arm moves from A to B.
[1 mark]
Dynamic strength is required to perform in a 1000m rowing race.
Define ‘dynamic strength’.
Justify why dynamic strength is important in a 1000m rowing race.
[4 marks]
Chris is an experienced 25-year-old 800m runner.
Table 1 shows Chris’s heart rate in beats per minute (bpm) at the start and during an 800m race.
Draw a line graph on the graph paper below to show Chris’s heart rate at the start and during an 800m race.
Label the axes.
[2 marks]
Chris has a resting heart rate of 50 beats per minute (bpm).
Explain why Chris’s heart rate is higher at the start of the race than his resting heart rate.
[2 marks]
Explain three factors that can affect Chris’s speed of recovery.
[3 marks]
Chris’s breathing rate will change during the race.
Define tidal volume.
Explain the changes that occur to Chris’s tidal volume during the 800m race.
[3 marks]
Describe the pathway of blood from when it enters the heart on the right side to where it leaves the heart on the left side.
[5 marks]
EPOC is excess post-exercise oxygen consumption.
Explain how EPOC is caused.
Give a sporting example when EPOC is likely to occur.
[4 marks]
Define abduction.
Use an example of a sporting action in your answer.
[2 marks]
Name the type of joint where abduction can take place.
[1 mark]
Delayed onset of muscle soreness (DOMS) can occur after vigorous exercise.
Evaluate the use of ice baths to prevent DOMS.
[4 marks]
Figure 3 shows a person performing a back squat.
Identify the class of lever system used at the knee whilst performing the back squat in Figure 3.
[1 mark]
Draw a fully labelled diagram to show the class of lever identified in Question 15.1.
[2 marks]
Explain why the lever in Figure 3 has a low mechanical advantage.
[2 marks]
A weightlifter must calculate their workload intensity correctly.
State how a weightlifter would calculate their workload intensity.
[1 mark]
Describe how a weightlifter would calculate their workload intensity if they were trying to improve their muscular endurance.
[2 marks]
Discuss whether the One Rep Max Test is a relevant test for a gymnast.
[4 marks]
Poppy is a 100 metre sprinter.
Speed is important to Poppy.
Name and describe a test that measures speed.
[4 marks]
Define reaction time.
Outline one reason why reaction time is important to Poppy.
[2 marks]
Describe the process of high altitude training.
Use a sporting example in your answer.
[3 marks]
Evaluate the importance of agility and flexibility in a 200m freestyle swimming race.
[6 marks]
Using the principles of training, analyse how the long-term benefits of training are important to a games player.
[9 marks]
The paper as printed
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