Rea , 22
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PROBLEM 451?
5, 4 ' W Mbbvm L11
A revcrsiblw hem, pump cycle operates as in Fig. 5.7 ,
PRQBLEM 6.13
Show we process 011 a sketch of the 71; diagram.
4 (La =
93 MM; W41

ME 3331 Thermal Sciences 1 Final Exam
Exam Time = 120 Minutes
Two-sided page of notes plus calculator is allowed
Write your name on Blue Book
Turn in this page with your exam
Total Points = 75
The following must be shown to get full credit on problem

ME 3331 Thermal Sciences 1 Final Exam Review
Please review the following concepts:
- Properties of liquids, gases and 2-phase liquid-vapor substances - Polytropic
processes - 1st law for closed systems and control volumes including SSSF and USUF
processes

ME 3331 Thermal Sciences 1 Exam #2 Review
Instructions:
Write out all assumptions and complete equations used
Show a picture with the thermodynamic system chosen for each problem and be able
to describe every process with the appropriate P-v, T-s, T-v d

ME 3331 Thermal Sciences 1 Midterm Exam #2
Exam Time = 50 Minutes
One-sided page of notes plus calculator is allowed
Write your name on Blue Book
Turn in this page with your exam
Total Points = 50
The following must be shown to get full credit on eac

ME 3331 Thermal Sciences 1 Midterm Exam #1
Exam Time = 50 Minutes
One-sided page of notes plus calculator is allowed
Write your name on Blue Book
Turn in this page with your exam
Total points = 55
The following must be shown to get full credit on eac

ME 3331 Thermal Sciences 1 Exam #1 Review Problems
Instructions: Solve problems systematically indicating all assumptions, steps and
diagrams where applicable.
1) Book Problem 2.29 (modified): 0.1 kg of oxygen (O
2
) gas within a piston-cylinder assembly

ME 3331
HW 5 Solutions
2. Find the heat transfer rate of a heat exchanger in terms of kJ/kg
T1 = 15 C or 288.15 K P1 = 600 kPa
T2= 1200 C or 1473.15 K P2 = 550 kPa
Assumptions:
1. Kinetic and potential energy changes are negligible 2. Treat nitrogen gas
a

1a)
Assuming a fixed volume in the internal system of the house, the energy contained in
the drain water is equal to the energy contained in the incoming water and the electrical
energy into the house water circuit.
1b)
We know the energy contained in the

ME 3331 Thermal Sciences 1 Homework #10 (due 12/06/12)
Problems or parts of problems are graded on a 4 point scale as follows: 0 Did not do the
problem or a final answer is given with no explanation or procedure 1 Problem is attempted
but the correct proc

ME 3331 Thermal Sciences 1 Homework #11 (due in class on 12/12/12)
Problems or parts of problems are graded on a 4 point scale as follows: 0 Did not do the
problem or a final answer is given with no explanation or procedure 1 Problem is attempted
but the

ME 3331 Thermal Sciences 1 Homework #9 (due 11/29/12)
Problems or parts of problems are graded on a 4 point scale as follows: 0 Did not do the
problem or a final answer is given with no explanation or procedure 1 Problem is attempted
but the correct proce

ME 3331 Thermal Sciences 1 Homework #8 (due 11/14/12)
Problems or parts of problems are graded on a 4 point scale as follows: 0 Did not do the
problem or a final answer is given with no explanation or procedure 1 Problem is attempted
but the correct proce

ME 3331 Thermal Sciences 1 Homework #7 (due 11/8/12)
Problems or parts of problems are graded on a 4 point scale as follows: 0 Did not do the
problem or a final answer is given with no explanation or procedure 1 Problem is attempted
but the correct proced

ME 3331 Thermal Sciences 1 Homework #1
Problems or parts of problems are graded on a 4 point scale as follows: 0 Did not do the
problem or a final answer is given with no explanation or procedure 1 Problem is attempted
but the correct procedure/setup and

ME 3331 Thermal Sciences 1 Homework #2
Problems or parts of problems are graded on a 4 point scale as follows: 0 Did not do the
problem or a final answer is given with no explanation or procedure 1 Problem is attempted
but the correct procedure/setup and

ME 3331 Thermal Sciences 1 Homework #4 (due 10/11/12)
Problems or parts of problems are graded on a 4 point scale as follows: 0 Did not do the
problem or a final answer is given with no explanation or procedure 1 Problem is attempted
but the correct proce

ME 3331 Thermal Sciences 1 Homework #3 (due 10/4/12)
Problems or parts of problems are graded on a 4 point scale as follows: 0 Did not do the
problem or a final answer is given with no explanation or procedure 1 Problem is attempted
but the correct proced