2 spherical ball aer kept inside ..weight of ball a 3000N. weight of ball b 2000N.. and all surfaies are smooth find the reaction between ball and container............plz sir give me the answer this question ...in this question figure is given but i m not shows figure.............

To find the reaction between the ball and the container, you need to understand the concept of Newton's third law of motion, which states that every action has an equal and opposite reaction.

In this case, when the two spherical balls are kept inside the container, they experience a downward force due to their weight. According to Newton's third law, the container exerts an equal and opposite reaction force on the balls to balance out their weight.

Since the weight of ball A is 3000N and the weight of ball B is 2000N, the reaction force on ball A will be 3000N in the upward direction, and the reaction force on ball B will be 2000N in the upward direction. This allows the balls to remain in equilibrium inside the container.

It's important to note that the smooth surfaces mentioned indicate that there are no frictional forces acting between the balls and the container, so the only forces are due to the weight of the balls and the equal and opposite reaction forces from the container.