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NAME (Please print):
MEEG 331/CIEG 305 Fluid Mechanics Midterm Exam 17 January 2014
90 minutes. Open books and notes. Calculators and computers are permitted.
4 questions. Questions count equally. Partial credit will be given if you show your work. It
is
NAME (Please print):
MEEG 331/CIEG 305 Fluid Mechanics Final Exam 3 February 2014
Two hours. Open books and notes. Calculators and computers permitted. 5 questions. Point value is shown for each question. Partial credit will be given if you show your
work
NAME (Please print):
CIEG 305 Fluid Mechanics Final Exam 31 January 2013
Two hours. Open books and notes. Calculators permitted. 5 questions. Point value
is shown for each question. Partial credit will be given if you show your work. It is best to
first w
NAME (Please print):
CIEG 305 Fluid Mechanics Midterm Exam 15 January 2013
90 minutes. Open books and notes. Calculators permitted.
4 questions. All questions count equally. Partial credit will be given if you show your work.
It is best to first write dow
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Attention for 8.73, the following method is to solve that on xaxis but the question is asking for
maximum velocity on yaxis. The method is the same. I have attached the solution of one student in the
end as reference
GAAP is expected to play a significant role in providing a level of consistency and reliability in
financial statements. As a knowledgeable, yet skeptical user of financial statements, please
offer an opinion as to how effective GAAP is in this role. Iden
MEEG 346 Spring 2017
Rev 2
X1
MEEG346 Thermal Laboratory
Laboratory Problem X1 Heat Transfer from an extended surface Teams A & B
Objective
1. Measure the temperature distribution along a support rod heated from one end.
2. Compare measurements to an equa
MEEG 346 Spring 2017
Rev 1
X2
MEEG346 Thermal Laboratory
Laboratory Problem X2 Heat Exchangers  All Teams
Objectives
To observe and measure the heat transfer processes in a shell and tube heat exchanger.
To observe and use the basic relation between ther
MEEG346 2016
SHORT DISCUSSION OF RADIANT HEAT TRANSFER
Thermal energy (colloquially called heat) flows from an object at a higher temperature to
one of lower temperature. The rate is generally proportional to the difference in
temperature. There are three
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1. [50 pts] A cylindrical turkey frier (3 2cm diameter x 36cm tall) is placed on top
ofa square cooker/base that is 40cm high, with legs with edges 32cm apart (i.e.
16cm from the center ofgravity). The frier is partially filled with hot oil
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p9.22 Given the pitot stagnation temperature and pressure and the staticpressure measurements in Fig. P9.22, estimate the air velocity V, assuming (a) incompressible flow and (b)
compressible flow.
Solution: Given p = 80 kPa, po = 120 kPa, and T = 100C =
PH.D. in MECHANICAL ENGINEERING
The Ph.D. program in Mechanical Engineering consists of 33 credits of graduate level course work plus 9
credits of Doctoral Dissertation. The Ph.D. program is designed to allow for considerable flexibility in
course selecti
MEEG 342 Heat Transfer
Spring 2017
Homework 2 Solution
Was due Feb 24th, 2017
1. A composite wall is made up of a very thin cobalt layer, a 200mmthick germanium layer and
a 10mm pure nickel coating layer, from left to right as shown. The cobalt layer i
Name
MEEG 304175
Exam 1
Part 1: Computation Questions
1. In order to apply the distortion energy theory to compute the factor of safety for the static loading shown, what
value of stress should be used? (15 pts) Name
2. A machined steel has the following