CpCV=γ,\frac{C_p}{C_V}=\gamma,CVCp=γ,
Tγp1−γ=const, ⟹ T^{\gamma}p^{1-\gamma}=const,\impliesTγp1−γ=const,⟹
p∼Tγγ−1,p\sim T^{\frac{\gamma}{\gamma-1}},p∼Tγ−1γ, but
p∼T3, ⟹ p\sim T^3,\impliesp∼T3,⟹
γγ−1=3,\frac{\gamma}{\gamma-1}=3,γ−1γ=3, where
γ=32.\gamma=\frac 32.γ=23.
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