Consider two spherical masses A and B having same density as shown in figure. Spheres are released from rest in free space at an initial separation 21 m . The only interaction force acting on two sphe

Question

Consider two spherical masses A and B having same density as shown in figure. Spheres are released from rest in free space at an initial separation 21 m . The only interaction force acting on two spheres due to each other is constant in magnitude of 2 N and attractive in nature. Collision is there with coefficient of restitution $(\frac{1}{2})$ . Mass of B is 1 kg . If magnitude of velocities of $A, B$ before and after the collision are $v_{1}$ , $v_{2}$ and $v_{1}^{'}, v_{2}^{'}$ .

TestHub · Accepted Answer

Mass of A = 8 kg Since no extrnal force exists apply momentum conservation and coefficient of restitution v A ​ = 1 m / s v B ​ = 8 m / s v A ′ ​ = 0.5 m / s v B ′ ​ = 4 c m / s

Physics - Center of Mass Question with Solution | TestHub

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