Adiabatic Equation of State Derive the adiabatic equation of state (2.3.19) using particle conservation (2.3.7) and energy conservation (2.3.21), by assuming that the heat flow vector q and all collision terms in these equations are zero.
p=Cn^{/gamma } Equation 19
/frac{/partial n}{/partial t}+/bigtriangledown (nu) = G-L Equation 7
/bigtriangledown (/frac{3}{2}pu) = / frac{/partial }{/partial t} (/frac{3}{2}p) / mid c Equation 22
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