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kashiark
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Homework Statement
A golf ball will bounce much higher on concrete than on carpet. What happens to this lost energy?
Homework Equations
The Attempt at a Solution
The carpet stores it as potential energy?
When a golf ball hits a carpet, the energy from the ball is transferred to the carpet in the form of kinetic energy and sound energy. Some of the energy may also be converted to heat energy due to friction between the ball and the carpet fibers.
Yes, the type of carpet can greatly affect the amount of energy lost from a golf ball. Softer and thicker carpets will absorb more energy, resulting in less bounce from the ball. On the other hand, harder and thinner carpets will reflect more energy, resulting in a higher bounce.
The energy of a golf ball decreases when it hits a carpet due to the principle of conservation of energy. When the ball collides with the carpet, some of its energy is converted to other forms, such as heat and sound, and is not able to be fully transferred back to the ball.
Yes, the energy loss from a golf ball hitting a carpet can be calculated using the principles of conservation of energy and elastic collisions. Factors such as the type of carpet, ball speed, and angle of impact can all affect the amount of energy lost.
Yes, there are a few ways to minimize the energy loss when hitting a golf ball on carpet. One way is to use a harder and thinner carpet material, which will reflect more energy back to the ball. Another way is to use a golf ball with a lower compression, as it will deform less upon impact and retain more energy. Additionally, using a lower lofted club can also help minimize energy loss as it will reduce the angle of impact and the amount of compression on the ball.