nealh149
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Yes because the force on the center of mass will be equal to the sum of the forces on all particles in the system. Thus the forces add to be infinite. This is a problem.
The forum discussion centers around a paradox in Newtonian mechanics concerning gravitational forces and the center of mass. Participants debate the implications of gravitational interactions among a series of masses arranged in a specific configuration, particularly focusing on how these forces influence the motion of the center of mass. Key points include the assertion that the net force on a particle is directed to the left, despite the presence of larger masses on the right, and the challenge of reconciling this with Newton's Third Law. The discussion highlights the complexities of infinite series in gravitational calculations and the necessity of considering finite systems to resolve the paradox.
PREREQUISITESThis discussion is beneficial for physicists, students of mechanics, and anyone interested in the complexities of gravitational interactions and the philosophical implications of Newtonian physics.
It hadn't occurred to us.Tomaz Kristan said:First of all, the force to the mass center is NOT the sum of all forces. Not at all.
Do you know that?