Question: This problem is related with compressible flows. 3 - A 4 0 m ^ ( 3 ) spherical tank contains air at 7 5 0

This problem is related with compressible flows.
3- A 40m^(3) spherical tank contains air at 750 kPa and 300 K . A 5 cm diameter rupture diaphragm provided as a safety feature ruptures, causing the tank to vent to atmospheric pressure. Estimate the time required for the tank pressure to drop to 375 kPa if the actual process in the tank is bounded by the isothermal and isentropic.
This problem is related with compressible flows.

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