Use your knowledge of Universal Gravitation and any other resources you wish to answer the following...

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Use your knowledge of Universal Gravitation and any other resources you wish to answer the following questions about the earth and the moon. Document your resources. Question 1: Work together to develop a plan to calculate the potential energy stored between the earth and the moon (ignore the motion of the moon's orbit around the earth). Question 2: Now work together to estimate the speed of the moon's orbit around the earth. You may assume the orbit of the moon about the earth is a circle. Question 3: If a 1000 kg car had the same kinetic energy as the potential energy between the earth and the moon, how fast would the car be traveling? Wi Go to Settings Use your knowledge of Universal Gravitation and any other resources you wish to answer the following questions about the earth and the moon. Document your resources. Question 1: Work together to develop a plan to calculate the potential energy stored between the earth and the moon (ignore the motion of the moon's orbit around the earth). Question 2: Now work together to estimate the speed of the moon's orbit around the earth. You may assume the orbit of the moon about the earth is a circle. Question 3: If a 1000 kg car had the same kinetic energy as the potential energy between the earth and the moon, how fast would the car be traveling? Wi Go to Settings

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Answer 1 Calculating Potential Energy 11 Formula The potential energy PE due to gravity between two ... View the full answer