Problem -1 A tank containing of 50 Kg of water saturated liquid at constant temperature is 90°C. calculate the pressure in tank and its volume by using steam tables.
Problem -1 A tank containing of 50 Kg of water saturated liquid at constant temperature is 90°C. calculate the pressure in tank and its volume by using steam tables.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Transcribed Image Text:Al Kitab College
Petroleum Engineering Department
73
Assist. Prof. Dr. Hamed Al-Falalahi
Engineering Thermodynamics
2nd year / 1" Semester
Tutorials-7
Problem -1
A tank containing of 50 Kg of water saturated liquid at constant temperature is 90°C.
calculate the pressure in tank and its volume by using steam tables.
Problem -2
200g of water saturated liquid is evaporates completely at constant pressure is 100Kpa.
Calculate:
(a) The change in volume during evaporation.
(b) The quantity of energy add to water during evaporation.
Problem -3
A solid tank containing of 10 Kg of water saturated liquid at 90 ° C. If 8 Kg of water as
a form of liquid, and the rest is vapor calculate:
(a) The pressure in tank.
(b) The volume of tank
Problem -4
A vessel having a volume of 0.6 m3 contains 3 Kg of liquid water saturated and water
vapor mixture in equilibrium at a pressure of 0.5 MPa. calculate:
(a) Mass and volume of liquid.
(b) Mass and volume of vapor.
Homework-7
P.1
Calculate the dryness fraction (quality) of steam which has 1.5 Kg of water in
suspension with 50 Kg of steam?
P.2 A vessel having a volume of 0.05 m contains a mixture of saturated water and
saturated steam at a temperature of 245 °C. The mass of liquid present is 10 Kg.
Find the following:
(a) The pressure.
(b) The mass.
(c) The specific volume.
(d) The specific enthalpy.
(e) The specific entropy.
(f) The specific internal energy.
Al Kitab College
Petroleum Engineering Department
74
Assist. Prof. Dr. Hamed Al-Falalahi
Engineering Thermodynamics
2nd year / 1" Semester
Lecture Eight
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