AQA GCSE Physical Education Paper 1: The human body and movement in physical activity and sport, June 2025: Question 19
3 marks · Medium difficulty · Short Answer
Identify the type of strength being used by a weightlifter holding a barbell stationary above their head and justify the choice.
Practise this questionQuestion
Question text
19 Figure 4 shows a weightlifter holding a weight above their head.
Figure 4
Identify the type of strength that the weightlifter is using in Figure 4.
Justify your answer.
[3 marks]
Type of strength
Justification
Mark scheme
Show the mark scheme
19 Figure 4 shows a weightlifter holding a weight above their head.
Figure 4
Identify the type of strength that the weightlifter is using in Figure 4.
Justify your answer.
[3 marks]
Marks for this question: AO2 = 1, AO3 = 2
Award one mark for the identifying the type of strength and up to a further two marks for justifying the
type of strength being used.
Type of strength (sub max 1)
• Static (1)
Justification (sub max 2)
• Isometric contraction is taking place (muscles stay the same length) (1)
• No movement is taking place (1)
• Force applied is maintained (1)
Accept any other suitable response.
NB Do not award marks for the justification if the candidate has not identified static strength.
Maximum 3 marks
How to answer it
Static Strength in Weightlifting
This question assesses your ability to apply knowledge of fitness components and muscular contractions to a specific sporting scenario:
- AO2 (Application): Identifying the correct type of strength used when holding a stationary position (1 mark).
- AO3 (Analysis & Justification): Explaining why this strength type applies using accurate biomechanical concepts like muscle length and movement (2 marks).
Question 19
Identify and justify the type of strength shown in Figure 4 [3 marks]
✅ Model Answer & Mark Breakdown
Type of strength (1 mark, AO2):
- Static (or static strength) (1)
Justification (2 marks, AO3 — any two of the following):
- An isometric contraction is taking place / the muscles stay the same length while contracting. (1)
- No movement is taking place / the weight is held stationary. (1)
- The force applied is maintained / held against the resistance. (1)
💡 Key Knowledge
- Static Strength: The ability to apply force against a stationary object or hold a fixed position without changing the muscle length.
- Isometric Contraction: Muscle tension increases to balance an external load, but there is no change in muscle length and no joint movement.
- Dynamic vs Static:
• Dynamic: Involves joint movement and isotonic contractions (shortening/lengthening).
• Static: Stationary hold with zero movement.
🧠 Exam Technique & Examiner Tips
- Look for clue words in the stem: The prompt explicitly says "holding a weight above their head". "Holding" means remaining still, which immediately points to static strength.
- Use pairing terms: Whenever you identify static strength, always link it in your justification to isometric contractions and no visible movement. These pairs frequently appear together on mark schemes.
- Unlock marks first: Questions with an "NB" conditional clause mean the second part relies completely on the first. Take extra care getting the initial classification right.
❌ Common Errors to Avoid
- Focusing on the lift instead of the hold: Many students write explosive strength or power because weightlifting is explosive. However, the image shows the finished hold, not the clean-and-jerk phase.
- Vague justifications: Writing "because the weight is heavy" or "he is using a lot of effort" scores 0 marks. You must refer to no movement or muscle length remaining constant.
- Confusing contraction types: Calling it an "isotonic" contraction instead of an isometric contraction.
Topics
3.1 The human body and movement in physical activity and sport · 3.1.3 Physical training
Question and mark scheme from the AQA GCSE Physical Education examination, Paper 1: The human body and movement in physical activity and sport, June 2025. QuestionVault is an independent revision resource; questions remain the copyright of the awarding body.