An isentropic nozzle is discharging steam through critical pressure ratio. If the back pressure is further decreased, the discharge will:

Come to a dead stop due to shock waves

An isentropic nozzle is discharging steam through critical pressure ra

1.	An isentropic nozzle is discharging steam through critical pressure ratio. If the back pressure is further decreased, the discharge will:
A.	Decrease
B.	Increase
C.	Remain unaffected
D.	Come to a dead stop due to shock waves
Answer» D. Come to a dead stop due to shock waves

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An isentropic nozzle is discharging steam through critical pressure ratio. If the back pressure is further decreased, the discharge will:

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