Partner Forces and Body Tension in Gymnastics
•Year 7
•Gymnastics
•Distribute evenly around space with minimum 2m gaps between for safety
Alternative: Crash mats for initial practice if available, yoga mats for smaller spaces
Keep accessible for timing apparatus setup challenge
Alternative: Mobile phone timer, wall clock with second hand
Ensure device is charged, memory cleared, positioned on stable surface or tripod
Alternative: Multiple devices if available for different groups
Mark clear work zones and apparatus pathways
Alternative: Lines on floor, benches to mark zones
When two people pull away from each other while maintaining grip, creating stability through opposition of forces
When both partners mirror each other's position, creating balanced and matching shapes
The height of the balance - low (close to floor), medium (kneeling/sitting height), high (standing height)
Moving at exactly the same time, perfectly synchronised with your partner
The connecting movements that take you smoothly from one balance position to the next
Forces working against each other to create stability and balance
The force of gravity on your body, which can be used to create tension and balance with a partner
A series of movements or balances performed in a specific order to create a routine
Understanding where pupils are coming from and where they're going
Technical vocabulary development: counter tension, symmetrical, opposition, unison, transition. Providing peer feedback: structured communication using specific descriptive language. Sequencing language: first, next, then, finally - describing order of movements. Performance language: how to articulate what makes a performance successful.
Angles of lean in counter tension balances - students explore acute vs obtuse angles between body and floor. Geometry of symmetrical balances - congruent shapes created by partners. Timing and counting for sequence rhythm - fractions of sequences, duration calculations (e.g., 'if we hold each balance for 3 seconds and have 3 balances plus 2 transitions of 2 seconds, our total sequence is...').
Forces: counter tension as an example of balanced forces in equilibrium - equal and opposite forces creating stability. Newton's Third Law: every action has an equal and opposite reaction (partners pulling apart). Gravity and centre of mass: how lowering centre of mass increases stability, effect of body position on balance. Muscular system: isometric muscle contractions during held balances, muscles working in opposition.
Trust and relationships: counter tension requires trust between partners - links to healthy relationships and communication. Resilience: persevering when balances are difficult, learning from mistakes. Teamwork: apparatus setup requires cooperation, role definition and shared responsibility. Managing emotions: dealing with frustration when sequences don't work, celebrating success appropriately.
Warm-up: central position for 360° visibility. Skills: circulate actively between pairs providing feedback. Apparatus: position with overview of all stations, prioritising high-risk areas. Demonstrations: ensure all students can see and hear clearly - elevated position if needed.
Watch for: 1) Balance technique - straight arms, even weight distribution, stable holds, 2) Partner synchronization - unison movements, matching positions, 3) Safety awareness - controlled movements, appropriate risk-taking, communication, 4) Progression - improvement visible across lesson, 5) Engagement - all students active and challenged.
Step in immediately if: unsafe practice observed (stop activity, re-teach), student unable to achieve success after 3+ attempts (modify task or provide support), partner dynamics breaking down (mediate, potentially re-pair), equipment safety concern (halt activity, rectify issue), bullying or negative interactions (address immediately, reinforce expectations).
Demonstrate: Always use a student volunteer to show partner work authentically. Exaggerate key technique points for visibility from distance (e.g., very straight arms, clear pulling force). Show both correct technique and common mistakes for comparison ('This is what I want to see... This is what to avoid'). Use slow-motion demonstration for complex movements. During apparatus work, demonstrate on apparatus students will be using. For sequences, perform at normal speed first, then break down step-by-step.
Minimum hall space 15m x 20m for warm-up and skill work. Additional space required for apparatus stations - ideally 20m x 30m sports hall. Each apparatus station needs 4m x 4m safety zone.
Clean, dry, even surface essential. Check for: water spillages, debris, uneven floorboards, protruding nails/splinters. Mats must be non-slip and securely positioned for balance work.
STOP signal: whistle or 'FREEZE' command - all students stop immediately. Assess injury: if minor, first aid and continue; if significant, follow school emergency procedures, send responsible student for help, keep injured student still and reassured. Always have first aid kit and emergency contact details accessible.
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