The relation PV = nRT holds for all ideal gases. The additional relation PV

\gamma

holds for an adiabatic process. The figure below shows two curves: one is an adiabat and one is an isotherm. Each starts at the same pressure and volume. Which statement is correct? (Note: '

\infty

' means 'is proportional to'.) $The relation PV = nRT holds for all ideal gases. The additional relation PV \gamma holds for an adiabatic process. The figure below shows two curves: one is an adiabat and one is an isotherm. Each starts at the same pressure and volume. Which statement is correct? (Note: ' \infty ' means 'is proportional to'.) A)Isotherm: p \propto \frac{1}{V} ; Adiabat: p \propto \frac{1}{V} : A is both an isotherm and an adiabat. B)Isotherm: p \propto \frac{1}{V^{r}} ; Adiabat: p \propto \frac{1}{V} : B is an isotherm, A is an adiabat. C)Isotherm: P \propto \frac{1}{V} ; Adiabat: : A is an isotherm, B is an adiabat. D)Isotherm: ; Adiabat: : B is both an isotherm and an adiabat. E)cannot answer without additional information about the starting temperature.$
A)Isotherm:

p \propto \frac{1}{V}

; Adiabat:

p \propto \frac{1}{V}

: A is both an isotherm and an adiabat.
B)Isotherm:

p \propto \frac{1}{V^{r}}

; Adiabat:

p \propto \frac{1}{V}

: B is an isotherm, A is an adiabat.
C)Isotherm:

P \propto \frac{1}{V}

; Adiabat:
$The relation PV = nRT holds for all ideal gases. The additional relation PV \gamma holds for an adiabatic process. The figure below shows two curves: one is an adiabat and one is an isotherm. Each starts at the same pressure and volume. Which statement is correct? (Note: ' \infty ' means 'is proportional to'.) A)Isotherm: p \propto \frac{1}{V} ; Adiabat: p \propto \frac{1}{V} : A is both an isotherm and an adiabat. B)Isotherm: p \propto \frac{1}{V^{r}} ; Adiabat: p \propto \frac{1}{V} : B is an isotherm, A is an adiabat. C)Isotherm: P \propto \frac{1}{V} ; Adiabat: : A is an isotherm, B is an adiabat. D)Isotherm: ; Adiabat: : B is both an isotherm and an adiabat. E)cannot answer without additional information about the starting temperature.$ : A is an isotherm, B is an adiabat.
D)Isotherm: $The relation PV = nRT holds for all ideal gases. The additional relation PV \gamma holds for an adiabatic process. The figure below shows two curves: one is an adiabat and one is an isotherm. Each starts at the same pressure and volume. Which statement is correct? (Note: ' \infty ' means 'is proportional to'.) A)Isotherm: p \propto \frac{1}{V} ; Adiabat: p \propto \frac{1}{V} : A is both an isotherm and an adiabat. B)Isotherm: p \propto \frac{1}{V^{r}} ; Adiabat: p \propto \frac{1}{V} : B is an isotherm, A is an adiabat. C)Isotherm: P \propto \frac{1}{V} ; Adiabat: : A is an isotherm, B is an adiabat. D)Isotherm: ; Adiabat: : B is both an isotherm and an adiabat. E)cannot answer without additional information about the starting temperature.$ ; Adiabat:
$The relation PV = nRT holds for all ideal gases. The additional relation PV \gamma holds for an adiabatic process. The figure below shows two curves: one is an adiabat and one is an isotherm. Each starts at the same pressure and volume. Which statement is correct? (Note: ' \infty ' means 'is proportional to'.) A)Isotherm: p \propto \frac{1}{V} ; Adiabat: p \propto \frac{1}{V} : A is both an isotherm and an adiabat. B)Isotherm: p \propto \frac{1}{V^{r}} ; Adiabat: p \propto \frac{1}{V} : B is an isotherm, A is an adiabat. C)Isotherm: P \propto \frac{1}{V} ; Adiabat: : A is an isotherm, B is an adiabat. D)Isotherm: ; Adiabat: : B is both an isotherm and an adiabat. E)cannot answer without additional information about the starting temperature.$ : B is both an isotherm and an adiabat.
E)cannot answer without additional information about the starting temperature.

According to Kinetic Theory, a Typical Gas Molecule in Thermal

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