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Relation between Cp and Cv

for two mole ...

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for two mole of diatomic gas work done at constant pressure is w. the heat supplied at constant volume for same temperature rise is?

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Q. Heat is supplied to a diatomic gas at constant pressure. The ratio between heat energy supplied and work done is:

γ

for diatomic gas

= \frac{7}{5}

3

moles of a gas requires

60 c a l

5^{o} C

rise of temperature at constant volume, then heat required for

5

moles of same gas under constant pressure for

10^{o} C

rise of temperature is

(R = 2 c a l / m o l e - k)

Q. 3 moles of gas requires 60 cal of heat for

5^{o} C

rise in temperature at constant volume. Then heat required for 5 moles of the same gas under constant pressure for

100^{o} C

raise in temperature is

Q. When a diatomic gas expands at constant pressure, the percentage of heat supplied that increases temperature of the gas and in doing external work in expansion at constant pressure is

Q. 0.5 mole of diatomic gas at

27^{0} C

is heated at constant pressure so that its volume is trebled. If

R = 8.3 J m o l e^{- 1} k^{- 1}

then work done is

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Relation between Cp and Cv

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