The temperature of the ball is directly proportional to its bounce height.
This is dealing about the effect of temperature on a bouncing ball.
- According to Gay-Lussacs Law, Pressure is directly proportional to temperature when the volume is constant. This means that an increase in temperature will lead to an increase in pressure.
- Now, Pressure is Force/Area and so the higher the air pressure, the higher will be the force on the ball and consequently, the higher the ball will bounce. Likewise, the lower the temperature, the lower the pressure and thus the lower the height at which the ball will bounce.
- This means, we can conclude that since temperature is directly proportional to pressure and pressure is directly proportional to the height of bounce of the ball, the temperature of the ball is directly proportional to its bounce height.
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