When a musician hits a drum with a drumstick, the collision forces between the two objects occur. The drumstick exerts an initial force on the drum surface, causing it to deform and create a compressive force. Simultaneously, the drum exerts a reactive force in response to the impact. This collision results in an exchange of energy and the creation of sound waves.
During the collision between the drum and drumstick, there are two main forces at play. Firstly, there is a normal force exerted by the drum on the drumstick, which opposes the force applied by the musician. This normal force keeps the drumstick in contact with the drum surface. Secondly, there is a compressive force applied by the drumstick on the drum, which causes the drum to vibrate and produce sound. In this collision, the normal force and the compressive force work together to create the desired musical effect.
When the musician hits the drum with the drumstick, a collision occurs between the two objects. The drumstick exerts a force on the drum, causing it to vibrate, producing sound. At the point of contact, the drumstick transfers its kinetic energy to the drum, resulting in compression and deformation of the drum's surface. This collision force between the drum and drumstick is responsible for the generation of sound.
