Agua superficial 0257C WT (2) P₁a Pj Vapor do amoniaco Boturado. T, = 20°C Cambiador do calor aislado (3) P₁ = P₁ Agua superficial 023°C Aqua profunda 06°C Amoniaco, liquido saturado. T = 10°C Camblador de color aislado Agun profunda A 7° C W₁
Agua superficial 0257C WT (2) P₁a Pj Vapor do amoniaco Boturado. T, = 20°C Cambiador do calor aislado (3) P₁ = P₁ Agua superficial 023°C Aqua profunda 06°C Amoniaco, liquido saturado. T = 10°C Camblador de color aislado Agun profunda A 7° C W₁
Chapter2: The Kinetic Theory Of Gases
Section: Chapter Questions
Problem 56P: (a) If the partial pressure of water vapor is 8.05 torr, what is the dew point? (760 torr = I atm...
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Question
It has a stationary flow process which uses ammonia as a working substance to produce power. It is a process designed to operate within the ocean at a point where the seawater temperature is 25°C near the surface and 5°C deeper.
A) Determine the power produced by the turbine and the power to be supplied to the pump for this process.
B) Determine the mass flow rate of water passing through each heat exchanger.
It is known that the turbine and pump are isentropic, and that the mass flow rate of ammonia is 100 kg/s
Transcribed Image Text:Agua superficial
0257C
WT
(2)
P₁a Pj
Vapor do amoniaco
Boturado. T, = 20°C
Cambiador do
calor aislado
(3)
P₁ = P₁
Agua superficial
023°C
Aqua profunda
06°C
Amoniaco, liquido
saturado. T = 10°C
Camblador de
color aislado
Agun profunda
A 7° C
W₁
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