The impulse of clay and rubber ball on the wall refers to the change in momentum that occurs when the ball collides with the wall. It is a measure of the force and time of the impact, and is calculated by multiplying the average force exerted on the wall by the duration of the impact.
The impulse of clay and rubber ball on the wall affects their motion by causing a change in their velocity. This change in velocity is due to the force exerted on the ball by the wall during the collision, as well as the duration of the impact. The greater the impulse, the greater the change in velocity and the more significant the effect on the ball's motion.
The impulse of clay and rubber ball on the wall is influenced by several factors, including the mass and velocity of the ball, the stiffness of the wall, and the duration of the impact. A heavier and faster moving ball, a stiffer wall, and a longer impact duration will result in a larger impulse.
The elasticity of the ball and wall can have a significant impact on the impulse. If both the ball and wall are highly elastic, the impulse will be larger as the ball will bounce off the wall with more force. However, if either the ball or wall is not very elastic, the impulse will be smaller as more energy will be lost during the collision.
The impulse of clay and rubber ball on the wall can be measured using a variety of methods. One common method is to use a force sensor to measure the average force exerted on the wall during the collision and then multiply it by the duration of the impact. The impulse can also be calculated using the initial and final velocities of the ball and applying the principle of conservation of momentum.