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10 Nov 2019
An experiment is performed in deep space with two uniform spheres,one with mass 27.0 and the other with mass 107.0 . They have equalradii, = 0.10 . The spheres are released from rest with theircenters a distance 41.0 apart. They accelerate toward each otherbecause of their mutual gravitational attraction. You can ignoreall gravitational forces other than that between the twospheres.
A) When their centers are a distance 26.0 apart, find the speed ofthe 27.0 sphere.
B) Find the speed of the sphere with mass 107.0 .
C) Find the magnitude of the relative velocity with which onesphere is approaching to the other.
D) How far from the initial position of the center of the 27.0sphere do the surfaces of the two spheres collide?
An experiment is performed in deep space with two uniform spheres,one with mass 27.0 and the other with mass 107.0 . They have equalradii, = 0.10 . The spheres are released from rest with theircenters a distance 41.0 apart. They accelerate toward each otherbecause of their mutual gravitational attraction. You can ignoreall gravitational forces other than that between the twospheres.
A) When their centers are a distance 26.0 apart, find the speed ofthe 27.0 sphere.
B) Find the speed of the sphere with mass 107.0 .
C) Find the magnitude of the relative velocity with which onesphere is approaching to the other.
D) How far from the initial position of the center of the 27.0sphere do the surfaces of the two spheres collide?
Jarrod RobelLv2
6 Jun 2019
