1- From continuity and momentum equations of one-dimensional inviscid flow drive the following rela- tions: a...

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1- From continuity and momentum equations of one-dimensional inviscid flow drive the following rela- tions: a² = and a = =d and a = √RT [10 %] dp dp 2- Derive the Rankine Hugoniot equation and show that for a shock wave of an infinite strength p2/P₁ → ∞ implies that for y=1.4 that P2/P1→ 6 Plot Hugoniot and Isentropic curves, Comment. [15 %] 1- From continuity and momentum equations of one-dimensional inviscid flow drive the following rela- tions: a² = and a = =d and a = √RT [10 %] dp dp 2- Derive the Rankine Hugoniot equation and show that for a shock wave of an infinite strength p2/P₁ → ∞ implies that for y=1.4 that P2/P1→ 6 Plot Hugoniot and Isentropic curves, Comment. [15 %]

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SOLUTION Note A Continuity equation is based on conservation o... View the full answer