Curve in the figure shows an adiabatic compression of an ideal gas from $15 m^{3}$ to $12 m^{3},$ followed by an isothermal compression to a final volume of $3.0 m^{3} .$ There are $2.0$ moles of the gas. Total heat supplied to the gas is equal to: $(l n 2 = 0.693)$

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Curve in the figure shows an adiabatic compression of an ideal gas from

15 m^{3}

12 m^{3},

followed by an isothermal compression to a final volume of

3.0 m^{3} .

There are

2.0

moles of the gas. Total heat supplied to the gas is equal to:

(l n 2 = 0.693)

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Question Text

Curve in the figure shows an adiabatic compression of an ideal gas from

15 m^{3}

12 m^{3},

followed by an isothermal compression to a final volume of

3.0 m^{3} .

There are

2.0

moles of the gas. Total heat supplied to the gas is equal to:

(l n 2 = 0.693)

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