Question

Question 3 Multiple Choice Taking the zero of potential energy to be at the infinite separation of two masses, consider the energy of a body in circular planetary motion. Which of the following statements is valid? A. The total mechanical energy of the system is constant and negative. B. The total mechanical energy of the system is constant and positive. C. The potential energy of the system is equal to the kinetic energy but-opposite in sign. D. The potential energy of the system decreases as the radius of the orbit increases. E. None of these is valid. Answer

          Question 3

Multiple Choice
Taking the zero of potential energy to be at the infinite separation of two masses, consider the energy of a body in circular planetary motion. Which of the following statements is valid?
A. The total mechanical energy of the system is constant and negative.
B. The total mechanical energy of the system is constant and positive.
C. The potential energy of the system is equal to the kinetic energy but-opposite in sign.
D. The potential energy of the system decreases as the radius of the orbit increases.
E. None of these is valid.

Answer
        
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Question 3

Multiple Choice
Taking the zero of potential energy to be at the infinite separation of two masses, consider the energy of a body in circular planetary motion. Which of the following statements is valid?
A. The total mechanical energy of the system is constant and negative.
B. The total mechanical energy of the system is constant and positive.
C. The potential energy of the system is equal to the kinetic energy but-opposite in sign.
D. The potential energy of the system decreases as the radius of the orbit increases.
E. None of these is valid.

Answer

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Physics SAT Subject Test
Physics SAT Subject Test
Robert Jansen, Greg Young 2nd Edition
Chapter 7
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Question 3 Multiple Choice Taking the zero of potential energy to be at the infinite separation of two masses, consider the energy of a body in circular planetary motion. Which of the following statements is valid? A. The total mechanical energy of the system is constant and negative. B. The total mechanical energy of the system is constant and positive. C. The potential energy of the system is equal to the kinetic energy but-opposite in sign. D. The potential energy of the system decreases as the radius of the orbit increases. E. None of these is valid. Answer
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