When a ball is falling

When a ball is falling - 23(1 kinetic energy to...

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1. FIRST ANSWER IS THE CORRECT ANSWER 2. 3. 4. When a ball is falling (near the Earth's surface), 5. (1) its gravitational potential energy is converted to kinetic energy 6. (2) its kinetic energy is converted to gravitational potential energy 7. (3) its gravitational potential energy is converted to angular momentum 8. (4) NVA 9. (5) NVA 10. 11. 12. 13. When a planet is heading in towards perihelion, it is converting 14. (1) gravitational potential energy to kinetic energy 15. (2) kinetic energy to gravitational potential energy 16. (3) gravitational potential energy to angular momentum 17. (4) NVA 18. (5) NVA 19. 20. 21. 22. When a planet is heading out towards aphelion, it is converting
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Unformatted text preview: 23. (1) kinetic energy to gravitational potential energy 24. (2) gravitational potential energy to kinetic energy 25. (3) kinetic energy to radiative energy 26. (4) NVA 27. (5) NVA 28. 29. Sect. 4.4 1. The gravitational force is proportional to 2. (1) the product of the masses 3. (2) the sum of the masses 4. (3) the inverse square of the masses 5. (4) NVA 6. (5) NVA 7. 8. 9. 10. Because of Newton's Second and Third Laws of Motion the strength of the 11. gravitational force is proportional to 12. (1) the product of the masses 13. (2) the sum of the masses 14. (3) the ratio of the masses 15. (4) NVA 16. (5) NVA 17. 18....
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When a ball is falling - 23(1 kinetic energy to...

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