When the musician hits the drum with the drumstick, collision forces occur between the two objects. As the drumstick hits the drumhead, the drumhead pushes back on the drumstick with an equal and opposite force, resulting in a reaction force. The magnitude of the force is dependent on the speed, mass, and other factors of the drumstick and the drumhead. Therefore, the collision forces can affect the sound produced by the drum.
When a musician hits a drum with a drumstick, the collision forces occur between the drum and the drumstick. As the drumstick makes contact with the drumhead, it exerts a force on the drumhead, causing it to vibrate. At the same time, the drumhead exerts an equal and opposite force on the drumstick, pushing it back slightly. This interaction creates the sound we hear and generates the vibrations that resonate through the drum.
When a musician hits a drum with a drumstick, the collision forces between the drum and drumstick can be analyzed as follows. Firstly, the drumstick applies an initial force onto the drumhead, causing it to deform and transfer the momentum to the drum's body. As a result, the drumhead springs back, exerting a restoring force on the drumstick. The vibrations caused by the collision create sound waves that we perceive as the sound of the drum.
