1.

The differential equation for energy in isentropic flow is of the form(a) \(\cfrac{dV}V\) + \(\cfrac{dp}p\) + \(\cfrac{dA}A\) = 0(b) VdV + \(\cfrac{dp}p\) = 0(c) 2VdV +  \(\cfrac{dp}p\) = 0(d) dp + d (ρV2 ) = 0.

Answer»

(b) VdV + \(\cfrac{dp}p\) = 0



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