When the musician hits the drum with the drumstick, a collision force is generated between the two objects. The drumstick applies a force to the drum, causing it to vibrate and produce sound. The collision force depends on various factors like the velocity and mass of the drumstick, as well as the density and stiffness of the drum's surface. These forces allow the energy from the musician's strike to be transferred to the drum, resulting in the desired sound.
In the collision between the drum and drumstick, there are primarily two types of forces involved: impact force and reaction force. When the musician strikes the drumstick against the drum, the impact force is generated. This force is responsible for causing the drum to vibrate and produce sound. Simultaneously, the drum exerts a reactionary force on the drumstick, pushing back against it to resist the impact. The combination of these forces determines the intensity of the sound produced and how the drumstick responds to the collision.
During the collision between the drum and the drumstick, there are two main forces at work: the applied force and the reaction force. The musician applies a force to strike the drumstick against the drum, which is known as the applied force. This force creates an equal and opposite reaction force from the drum back onto the drumstick. These forces result in a transfer of energy, causing the drumstick to vibrate and produce sound.
