Find heat transfer during ruptures of membrance |P-5.61| Fundamental of Thermodynamics by BORGNAKKE
Автор: World of engineering knowledge
Загружено: 2026-01-08
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Описание:
Fundamental of Thermodynamics by BORGNAKKE
Problem (5.61) A rigid tank is divided into two rooms, both containing water, by a membrane, as shown in Fig. P5.61. Room A is at 200 kPa, v = 0.5 m3/kg, VA =1 m3, and room B contains 3.5 kg at 0.5 MPa, 400 ℃. The membrane now ruptures and heat transfer takes place so that the water comes to a uniform state at 100 ℃. Find the heat transfer during the process.
Fundamental of Thermodynamics, by BORGNAKKE and SONNTAG,
7th Edition,
Problem 5.61,
Chapter 5,
The First of Law of Thermodynamics,
Saturated Steam Table,
Superheated Steam Table,
specific volume of room A = 0.5 m3/kg,
V(A) = 1 m3,
Working Fluid = water,
mB = 3.5 kg,
P(B) = 0.5 MPa,
T(B) = 100 ℃,
After rupturing of membrane,
Final Temperature = 100 ℃,
Find the heat transfer dring the process,
Mixed Region (Liquid + Vapor),
Superheated Vapors,
Saturated Liquid,
Thermodynamics,
BORGNAKKE and SONNTAG,
World of engineering Knowledge,
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