A 16-pound bowling ball strikes a 3.5-pound bowling pin. The pin is moving very fast after the collision. It has a large increase in velocity as a large amount of kinetic energy is transferred to it. Where does the energy come from?
Responses
The bowling pin gets its energy from the bowling ball hitting it.
The bowling pin gets its energy to move from the rotation of the earth.
The bowling pin gets the energy to move from the air around it.
The bowling pin has stored energy in it which automatically activates to help it move.
The bowling pin gets its energy from the bowling ball hitting it.
are you sure it's not The bowling pin gets the energy to move from the air around it.
No, I am confident that the correct answer is "The bowling pin gets its energy from the bowling ball hitting it." When the bowling ball collides with the bowling pin, kinetic energy is transferred from the bowling ball to the bowling pin, causing it to gain velocity and move. The energy does not come from the air around the pin or any stored energy within the pin itself.
The correct answer is: The bowling pin gets its energy from the bowling ball hitting it.
When a 16-pound bowling ball strikes a 3.5-pound bowling pin, the energy to move the pin comes from the collision with the bowling ball. The bowling ball possesses kinetic energy due to its motion and mass. When it makes contact with the bowling pin, some of its kinetic energy is transferred to the pin, causing it to move and gain velocity.
To understand this concept, you can consider the principle of conservation of energy. According to this principle, energy cannot be created or destroyed; it can only be transferred from one object to another or transformed into different forms. In this case, the kinetic energy of the bowling ball is transferred to the bowling pin upon impact.
It's important to note that other factors, such as the rotation of the Earth or the air around the pin, do not significantly contribute to the energy transfer. While these factors may influence the overall environment in which the collision happens, the primary source of energy for the pin's movement is the bowling ball's impact.