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The Gravitational Potential Energy of a Particle of Mass M

Question 83

Multiple Choice

The gravitational potential energy of a particle of mass m moving under the influence of a fixed mass M is given by - The gravitational potential energy of a particle of mass m moving under the influence of a fixed mass M is given by - , where G is the universal gravitational constant and r is the distance between the masses. What is the total energy of the mass m if it is in a circular orbit about mass M? A) - B) - C) D) E) 0 , where G is the universal gravitational constant and r is the distance between the masses. What is the total energy of the mass m if it is in a circular orbit about mass M?


A) - The gravitational potential energy of a particle of mass m moving under the influence of a fixed mass M is given by - , where G is the universal gravitational constant and r is the distance between the masses. What is the total energy of the mass m if it is in a circular orbit about mass M? A) - B) - C) D) E) 0
B) - The gravitational potential energy of a particle of mass m moving under the influence of a fixed mass M is given by - , where G is the universal gravitational constant and r is the distance between the masses. What is the total energy of the mass m if it is in a circular orbit about mass M? A) - B) - C) D) E) 0
C) The gravitational potential energy of a particle of mass m moving under the influence of a fixed mass M is given by - , where G is the universal gravitational constant and r is the distance between the masses. What is the total energy of the mass m if it is in a circular orbit about mass M? A) - B) - C) D) E) 0
D) The gravitational potential energy of a particle of mass m moving under the influence of a fixed mass M is given by - , where G is the universal gravitational constant and r is the distance between the masses. What is the total energy of the mass m if it is in a circular orbit about mass M? A) - B) - C) D) E) 0
E) 0

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