What is the effect on pressure the gas its density and temperature are doubled
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The pressure law states that for a constant volume of gas in a sealed container the temperature of the gas is directly proportional to its pressure. This can be easily understood by visualising the particles of gas in the container moving with a greater energy when the temperature is increased. This means that they have more collisions with each other and the sides of the container and hence the pressure is increased.
If V is a constant, the P/T will be a constant — Pressure Law
where V= Volume, P= Pressure and T= Temperature.
If we consider a squash ball to be the sealed container of gas, then the pressure of the gas will vary according to the pressure law. We cannot measure the pressure inside a squash ball, so we make the assumption that the bounce of the ball will be directly proportional to the pressure in the ball. By measuring the “hang time” (the time between the first and the second bounce) we can make a judgement about what is happening to the pressure inside the squash ball.
hey......mate your answer is here
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If V is a constant, the P/T will be a constant — Pressure Law
where V= Volume, P= Pressure and T= Temperature.
If we consider a squash ball to be the sealed container of gas, then the pressure of the gas will vary according to the pressure law. We cannot measure the pressure inside a squash ball, so we make the assumption that the bounce of the ball will be directly proportional to the pressure in the ball. By measuring the “hang time” (the time between the first and the second bounce) we can make a judgement about what is happening to the pressure inside the squash ball.
hey......mate your answer is here
Hope of help
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