The ball would bounce up very high
one that it not change its state rest or motion without any force. second that when force apply on it ,its produce acceleration which is directly proportional to the force and it has mass which is inversely proportional to the acceleration. third is that the reaction of basket is equal to the action of force.
Always centrifugal is the reaction force for centripetal
For every action there's an equal and opposite reaction. A clearer way of saying this may be: When you push on something it pushes back with a equal force. Think of pushing on a building. You apply a force on the building but it is pushing back with the same force, else it would move.
The reaction force to the friction acting on the car is the friction force acting on the road. It acts on the car in the opposite direction to the friction force acting on the car.
Newton's third law of motion explains action and reaction forces. The third law states that for every action force, there is an equal and opposite reaction force. Imagine hitting a baseball. The bat exerts a force on the ball.
The reaction force is the push of the ball on the Earth, according to Newton's third law of motion. This means as the Earth pulls the ball downward, the ball also exerts an equal and opposite force back up on the Earth.
Yes, provided that we bounce the tennis ball with enough force. Newton's laws of motions comes into play, stating that each force creates an equal and opposite reaction.
one that it not change its state rest or motion without any force. second that when force apply on it ,its produce acceleration which is directly proportional to the force and it has mass which is inversely proportional to the acceleration. third is that the reaction of basket is equal to the action of force.
A basketball rolling across a flat floor has translational and rotational kinetic energy. There's a force of gravity pulling the ball down towards the floor, and a reaction force pushing the ball up away from the floor.
The idea of a reaction force comes from Newton's third law; "If object A exerts a force on object B ,then object B will exert an equal but opposite force back on A". In many problems some of the forces are considered as the "initiating" force or the applied force. When you consider a force as being applied, like a bulldoser pushing a rock, then the force which must act back , the rock pushing back on the doser, is called the reaction force. Sometimes you don't really have an initiating force but it still convienient to think of one force as the force of interest and the back force as the reaction force. There is no single formula for reaction force since it can apply to any force. For example, the earth attracts you with a force mg (your weight), then you can think of the reaction force as you attract the earth with a force -mg; equal but opposite.
"action/reaction" does not mean " force". "Applying force" is an action, not the force itself. So, applying force will create a reaction, which may or may not balance the applied force.
The name often given to the force exerted by the first object on a second object is the action force.
yoda
The force of gravity acting on a basketball is approximately 9.8 m/s^2, which is the acceleration due to gravity on Earth. This force causes the basketball to fall towards the ground when it is in the air and provides the weight of the basketball when it is at rest on the ground.
Always centrifugal is the reaction force for centripetal
For every action there's an equal and opposite reaction. A clearer way of saying this may be: When you push on something it pushes back with a equal force. Think of pushing on a building. You apply a force on the building but it is pushing back with the same force, else it would move.
Reaction Force.