4-99 Refrigerant 134a enters the flash chamber operating at steady state shown in Fig. P4.99 at 10 bar, 36°C, with a mass flow rate of 482 kg/h. Saturated liquid and saturated vapor exit as separate streams, each at pressure p. Heat transfer to the surroundings and kinetic and potential energy effects can be ignored. (a) Determine the mass flow rates of the exiting streams, cach in kg/h, if p = 4 bar. (b) Plot the mass flow rates of the exiting streams, each in kg/h, versus p ranging from 1 to 9 bar. 3. Valve Saturated vapor. pressure p Flash chamber P-10 bar T= 36 C it 482 kg/h Saturated liquid. d aanssaud 2.

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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4-99 Refrigerant 134a enters the flash chamber operating at
steady state shown in Fig. P4.99 at 10 bar, 36°C, with a mass
flow rate of 482 kg/h. Saturated liquid and saturated vapor
exit as separate streams, each at pressure p. Heat transfer to
the surroundings and kinetic and potential energy effects
can be ignored.
(a) Determine the mass flow rates of the exiting streams,
cach in kg/h, if p = 4 bar.
(b) Plot the mass flow rates of the exiting streams, cach in
kg/h. versus p ranging from 1 to 9 bar.
to
Saturated vapor.
Valve
pressure p
Flash
P- 10 bar
T= 36°C
it- 482 kg/h
chamber
Saturated liquid.
pressure p
Fig 4.99
Transcribed Image Text:4-99 Refrigerant 134a enters the flash chamber operating at steady state shown in Fig. P4.99 at 10 bar, 36°C, with a mass flow rate of 482 kg/h. Saturated liquid and saturated vapor exit as separate streams, each at pressure p. Heat transfer to the surroundings and kinetic and potential energy effects can be ignored. (a) Determine the mass flow rates of the exiting streams, cach in kg/h, if p = 4 bar. (b) Plot the mass flow rates of the exiting streams, cach in kg/h. versus p ranging from 1 to 9 bar. to Saturated vapor. Valve pressure p Flash P- 10 bar T= 36°C it- 482 kg/h chamber Saturated liquid. pressure p Fig 4.99
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