AQA GCSE Physics Forces
Across
- 4. 100,000N/m2 (2)
- 6. Force that balances the weight when skydiver at constant velocity
- 10. This drag force increase with speed (2)
- 11. Force/Area
- 15. Curved surface of a liquid you measure to when recording the volume in a measuring cylinder
- 17. Diagram that shows the magnitude and direction of the forces acting on an object (2)
- 18. Resultant force on a stationary object
- 19. Force/Extension (2)
- 23. Resultant force acting on mass of 2.5kg with a=2m/s/s
- 24. Speed of a skydiver when forces balance (2)
- 27. 1g/cm3 is the density of what liquid
- 32. (Change in velocity)/time
- 34. Type of quantity has size and direction
- 35. Which laws state's that the force on a spring is proportional it's extension
- 36. This happens to the pressure in a liquid as depth increases
- 37. The can used in the density experiment to help find volume
Down
- 1. Force acting on a mass due to the pull of gravity
- 2. Mass/Volume
- 3. What happens to a solids when its density is less than that for water
- 5. Type of quantity has only size
- 7. Apparatus used to find the volume of an irregular object (2)
- 8. Unit of force
- 9. When the resultant force is zero this is Newton's ......... Law
- 12. Moment=Force x ............ distance from the pivot
- 13. Upward force acting on an object in a fluid
- 14. Gradient of a distance-time graph
- 16. Relationship between resultant force and acceleration
- 20. Gradient of a velocity-time graph
- 21. Gravitational Field strength on Earth
- 22. Type of error when measuring the extension of a spring if your eye is in the wrong position
- 23. The resultant force of 3N and 4N acting on an object at 90 degrees to each other
- 25. Contact force when objects touch
- 26. Every action has an equal and opposite reaction is Newton's ....... law
- 28. Velocity=Distance/........
- 29. When the resultant force is NOT zero this is Newton's ........ law
- 30. Force= .......x acceleration
- 31. Unit for a moment (2)
- 33. Gas particles exert a pressure when they ......... with the walls of a container