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Using the definition of the coefficient of volume

Chapter 2, Problem 36P

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QUESTION:

Problem 36P

Using the definition of the coefficient of volume expansion and the expression βideal gas = 1/T, show that the percent increase in the specific volume of an ideal gas during isobaric expansion is equal to the percent increase in absolute temperature.

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QUESTION:

Problem 36P

Using the definition of the coefficient of volume expansion and the expression βideal gas = 1/T, show that the percent increase in the specific volume of an ideal gas during isobaric expansion is equal to the percent increase in absolute temperature.

ANSWER:

Solution

Step 1 of 3

  • The coefficient of volume expansion for an ideal gas is given by the expression,

                                        ………...1

Where  is coefficient of volume expansion for an ideal gas and T is temperature in kelvin.

Here we need to shown that, the percent increase in specific volume of an ideal gas during isobaric expansion is equal to the percent increase in absolute temperature.

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