An isentropic nozzle is discharging steam at the critical pressure ratio. When the back pressure is further decreased, which one of the following will take place?

Nozzle flow will first increase, reach a maximum and then decrease

Nozzle flow will remain unaltered.

An isentropic nozzle is discharging steam at the critical pressure rat

1.	An isentropic nozzle is discharging steam at the critical pressure ratio. When the back pressure is further decreased, which one of the following will take place?
A.	Nozzle flow decreases
B.	Nozzle flow increases
C.	Nozzle flow will first increase, reach a maximum and then decrease
D.	Nozzle flow will remain unaltered.
Answer» E.

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An isentropic nozzle is discharging steam at the critical pressure ratio. When the back pressure is further decreased, which one of the following will take place?

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