The force of block B on block A is the amount of push or pull that block B exerts on block A. It is a vector quantity, meaning it has both magnitude and direction.
The force of block B on block A can be calculated using the formula F = ma, where F is the force, m is the mass of block A, and a is the acceleration of block A caused by the force of block B.
The force of block B on block A is affected by the mass and acceleration of block A, as well as the mass and acceleration of block B. It is also affected by the distance between the two blocks and any external forces acting on either block.
Yes, it is possible for the force of block B on block A to be greater than the force of block A on block B. This can happen if block B has a larger mass or is moving at a greater acceleration compared to block A.
The force of block B on block A determines the acceleration of block A, according to Newton's Second Law of Motion. If the force of block B on block A is greater than the force of friction or any other external forces acting on block A, then block A will accelerate in the direction of the force of block B. If the force of block B on block A is equal to the force of friction or other external forces, then block A will remain at a constant velocity.