In this case, the gas pressure is held constant. This could be achieved by placi

ID: 2241718 • Letter: I

Question

In this case, the gas pressure is held constant. This could be achieved by placing a known mass on the piston, and letting the gas expand and contract freely.

We again group constant terms to give the following.

Suppose that the cylinder starts out with a volume of 13.0 ? 10-4 m3 at a temperature of 335K. Assuming an isobaric process, calculate the new volume when the temperature is changed to each of the following values.

In this case, the gas pressure is held constant. This could be achieved by placing a known mass on the piston, and letting the gas expand and contract freely. Suppose that the cylinder starts out with a volume of 13.0 ? 10-4 m3 at a temperature of 335K. Assuming an isobaric process, calculate the new volume when the temperature is changed to each of the following values.

Explanation / Answer

1.0986 * 10^-4

and

1.476 * 10^-4

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In this case, the gas pressure is held constant. This could be achieved by placi

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