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The Center of Mass of a System of Particles Obeys

Question 12

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The center of mass of a system of particles obeys an equation similar to Newton's second law The center of mass of a system of particles obeys an equation similar to Newton's second law where: A) is the total internal force and m is the total mass of the system B) is the total internal force and m is the mass acting on the system C) is the total external force and m is the total mass of the system D) is the force of gravity and m is the mass of Earth E) is the force of gravity and m is the total mass of the system where:


A) The center of mass of a system of particles obeys an equation similar to Newton's second law where: A) is the total internal force and m is the total mass of the system B) is the total internal force and m is the mass acting on the system C) is the total external force and m is the total mass of the system D) is the force of gravity and m is the mass of Earth E) is the force of gravity and m is the total mass of the system is the total internal force and m is the total mass of the system
B) The center of mass of a system of particles obeys an equation similar to Newton's second law where: A) is the total internal force and m is the total mass of the system B) is the total internal force and m is the mass acting on the system C) is the total external force and m is the total mass of the system D) is the force of gravity and m is the mass of Earth E) is the force of gravity and m is the total mass of the system is the total internal force and m is the mass acting on the system
C) The center of mass of a system of particles obeys an equation similar to Newton's second law where: A) is the total internal force and m is the total mass of the system B) is the total internal force and m is the mass acting on the system C) is the total external force and m is the total mass of the system D) is the force of gravity and m is the mass of Earth E) is the force of gravity and m is the total mass of the system is the total external force and m is the total mass of the system
D) The center of mass of a system of particles obeys an equation similar to Newton's second law where: A) is the total internal force and m is the total mass of the system B) is the total internal force and m is the mass acting on the system C) is the total external force and m is the total mass of the system D) is the force of gravity and m is the mass of Earth E) is the force of gravity and m is the total mass of the system is the force of gravity and m is the mass of Earth
E) The center of mass of a system of particles obeys an equation similar to Newton's second law where: A) is the total internal force and m is the total mass of the system B) is the total internal force and m is the mass acting on the system C) is the total external force and m is the total mass of the system D) is the force of gravity and m is the mass of Earth E) is the force of gravity and m is the total mass of the system is the force of gravity and m is the total mass of the system

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