The relationship between the volume and pressure of a monatomic ideal gas in a process is given as pV^3=constant. Find the ratio of the increase in the internal energy of the ideal gas to the amount of heat the ideal gas receives in this process. 5. The adiabatic exponent for a monatomic gas is y = 3

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statistical physics

The relationship between the volume and pressure of a
monatomic ideal gas in a process is given as pV^3=constant.
Find the ratio of the increase in the internal energy of the
ideal gas to the amount of heat the ideal gas receives in this
process.
5.
The adiabatic exponent for a monatomic gas is
3
Transcribed Image Text:The relationship between the volume and pressure of a monatomic ideal gas in a process is given as pV^3=constant. Find the ratio of the increase in the internal energy of the ideal gas to the amount of heat the ideal gas receives in this process. 5. The adiabatic exponent for a monatomic gas is 3
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