The driver section of a shock tube contains He at (p_{4}=8 mathrm{~atm}) and (T_{4}=300 mathrm{~K}). (gamma_{4}=1.67). Calculate
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The driver section of a shock tube contains He at \(p_{4}=8 \mathrm{~atm}\) and \(T_{4}=300 \mathrm{~K}\). \(\gamma_{4}=1.67\). Calculate the maximum strength of the expansion wave formed after removal of the diaphragm (minimum \(p_{3} / p_{4}\) ) for which the incident expansion wave will remain completely in the driver section.
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Sure lets perform the calculations step by step Given p4 8 textatm T4 300 textK gamma4 167 Us...View the full answer
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