CHME 4020 - Transport Phenomena II, Spring 2016
Quiz #1
February 1, 2016
There will be 3 questions.
You will have 2 minutes per question.
Class notes, textbooks, and calculators are not allowed.
The iClicker frequency is AD.
Question 1
What is the denitio

CHME 4020 - Transport Phenomena II, Spring 2016
Quiz #2
February 8, 2016
There will be 3 questions.
You will have 2 minutes per question.
Class notes, textbooks, and calculators are not allowed.
The iClicker frequency is AD.
Question 1
In class, we solved

CHME 4020 - Transport Phenomena II, Spring 2016
Quiz #3
February 22, 2016
There will be 3 questions.
You will have 2 minutes per question.
Class notes, textbooks, and calculators are not allowed.
The iClicker frequency is AD.
Question 1
Consider the secon

CHME 4020 - Transport Phenomena II, Spring 2016
Quiz #4
February 29, 2016
There will be 3 questions.
You will have 2 minutes per question.
Class notes, textbooks, and calculators are not allowed.
The iClicker frequency is AD.
Question 1
In class, we solve

CHME 4020 - Transport Phenomena II, Spring 2016
Quiz #5
March 21, 2016
There will be 3 questions.
You will have 2 minutes per question.
Class notes, textbooks, and calculators are not allowed.
The iClicker frequency is AD.
Question 1
Bernoullis equation i

CHME 4020 - Transport Phenomena II, Spring 2016
Quiz #6
March 28, 2016
There will be 3 questions.
You will have 2 minutes per question.
Class notes, textbooks, and calculators are not allowed.
The iClicker frequency is AD.
Question 1
We solved the problem

CHME 4020 - Transport Phenomena II, Spring 2016
Quiz #7
April 4, 2016
There will be 3 questions.
You will have 2 minutes per question.
Class notes, textbooks, and calculators are not allowed.
The iClicker frequency is AD.
Question 1
Consider a stationary

CHME 4020 - Transport Phenomena II, Spring 2016
Quiz #8
April 11, 2016
There will be 3 questions.
You will have 2 minutes per question.
Class notes, textbooks, and calculators are not allowed.
The iClicker frequency is AD.
Question 1
Consider a pump that

Transport Phenomena II
Homework Set 7
1. Problem 13.4 (use mass flowrate, = 0.2 kg s-1)
2. Problem 13.5
3. Problem 13.6 (assume a temperature of 300 K)
4. Problem 13.13
5. Problem 14.4
6. Problem 14.5

3. Problem 10.14
Part C: The solution for the concentration profile given in the book is incorrect.
The correct solution is as follows:
(
)
(
(
)
)
(
)
Differentiate both sides of the partial differential equation from part A, using the fact that:
(
( )
(

CHME 4020 - Transport Phenomena II, Spring 2011
Exam #2
April 14, 2011
You have 1 hour and 50 minutes to complete the following problems. The exam is worth
a total of 100 points. The exam is closed book and closed notes, but you are allowed one
side of on