Oxygen with (T_{t 1}=1000^{circ} mathrm{R}, p_{t 1}=100 mathrm{psia}), and (M_{1}=0.2) enters a device with a cross-sectional area
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Oxygen with \(T_{t 1}=1000^{\circ} \mathrm{R}, p_{t 1}=100 \mathrm{psia}\), and \(M_{1}=0.2\) enters a device with a cross-sectional area \(A_{1}=1 \mathrm{ft}^{2}\). There is no heat transfer, work transfer, or losses as the gas passes through the device and expands to 14.7 psia.
(a) Compute \(ho_{1}, V_{1}\), and \(\dot{m}\).
(b) Compute \(M_{2}, T_{2}, V_{2}, ho_{2}\), and \(A_{2}\).
(c) What force does the fluid exert on the device?
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Related Book For
Fundamentals Of Gas Dynamics
ISBN: 9781119481690
3rd Edition
Authors: Robert D Zucker, Oscar Biblarz
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