Home
Class 12
PHYSICS
The particles A and B of mass m each a...

The particles A and B of mass m each are separated by a distance r . Another particle C of mass M is placed r . Another particle C of mass M is placed at the midpoint of A and B . Find the work done in taking C to a point equidistant r form A and B without acceleration (G = Gravitational constant and only gravitational constant and only gravitational intereaction between A, B and C is considered )

Promotional Banner

Similar Questions

Explore conceptually related problems

Three particles each of mass m are placed at the three corners of an equilateral triangle of side L. A particle of mass M is kept at the midpoint of any one side. What is the force acting on M, due to this system of 3 particles ?

Three particles, each of mass m, are placed at the vertices of an equilateral triangle. What is the force acting on a particle of mass 2m placed at the centroid D of the triangle ?

Two particles each of mass 1kg are seperated by a distance of 1m in a gravitational field. The work done to increase the separation Between them to 2m is

Two point masses A and B having masses in the ratio 4:3 are separated by a distance of 1m. When another point mass C of mass M is placed in between A and B, the force between A and C is (1/3)^(rd) of the force between B and C. Then the distance C from A is

Two point masses A and B having masses in the ratio 4:3 are separated by a distance of 1m. When another point mass C of mass M is placed in between A and B, the force between A and C is (1/3)^(rd) of the force between B and C. Then the distance C from A is