For a diatomic gas: Let ${\gamma }_{1}=\frac{{C}_{p}}{{C}_{v}}$ for a rigid molecule (without vibrational modes). Let ${\gamma }_{2}=\frac{{C}_{p}}{{C}_{v}}$ for a diatomic molecule with vibrational modes included. Determine the relationship between ${\gamma }_{1}$ and ${\gamma }_{2}$. (Shift II Memory Based)

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For a diatomic gas: Let ${\gamma }_{1}=\frac{{C}_{p}}{{C}_{v}}$ for a rigid molecule (without vibrational modes). Let ${\gamma }_{2}=\frac{{C}_{p}}{{C}_{v}}$​​ for a diatomic molecule with vibrational modes included. Determine the relationship between ${\gamma }_{1}$​ and ${\gamma }_{2}$​. (Shift II Memory Based)​

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For a diatomic gas: Let \({\gamma }_{1}=\frac{{C}_{p}}{{C}_{v}}\) for a rigid molecule (without vibrational modes). Let …

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