Homework 8 Due 3/23/17
Monday, March 20, 2017
3:49 PM
Solids Page 1
Jeff Lamon
MCEN 2043
Problem 7-39
Monday, March 20, 2017
Jeff Lamon
MCEN 2043
3:59 PM
Solids Page 2
Jeff Lamon
MCEN 2043
Problem 7-47
Monday, March 20, 2017
4:00 PM
Solids Page 3
Problem
Homework 7 Due 3/16/17
Sunday, March 12, 2017
3:04 PM
Solids Page 1
Jeff Lamon
MEID 363-617
Problem 6-104
Sunday, March 12, 2017
Jeff Lamon
MCEN 2043
3:06 PM
Solids Page 2
Jeff Lamon
MCEN 2043
Problem 6-108
Sunday, March 12, 2017
3:40 PM
Solids Page 3
Sol
Homework 6 Due 3/09/17
Monday, March 6, 2017
3:43 PM
Solids Page 1
Jeff Lamon
MEID 363-617
Problem 6-8
Monday, March 6, 2017
Jeff Lamon
MCEN 2043
3:44 PM
Solids Page 2
Problem 6-21
Monday, March 6, 2017
Jeff Lamon
MCEN 2043
3:45 PM
Solids Page 3
Problem 6
APPM 1360
Review #2
Spring 2016
1. The base of a solid is the region enclosed by the parabola y = 4 x2 and the x-axis. Cross-sections
perpendicular to the y-axis are squares. Find the volume of the solid.
2. The region bounded on the left by the parabola
CU Lacrosse
Finals Week Workout Schedule
It will be your responsibility to complete 2 of the 3 workouts listed below,
on your own, during finals week. By now everyone should know what weights
to use with each exercise. Please understand our goal is to mai
APPM 2360: Midterm exam 1
September 21, 2016
ON THE FRONT OF YOUR BLUEBOOK write: (1) your name, (2) your instructors name, (3)
your recitation section number and (4) a grading table. Text books, class notes, cell phones and
calculators are NOT permitted.
Thermodynamics Homework 5, due Friday February 17th in class at 11:00
This assignment must be completed in your assigned groups. Just write your team number at
the top and write the ME-ID of the file folder youd like the homework to be returned to.
Your t
CSCI 1320 Computer Science I: Engineering Applications
Spring 2016
Instructor: Fleming
Lab 7
Due Sunday, March 13th, by 11:55pm
Anagram
An anagram is a type of word play, the result of rearranging the letter
EMEN 4100 ENGINEERING ECONOMICS
SPRING 2017 COURSE SYLLABUS
COURSE DESCRIPTION:
In this course, you will explore the concepts of finance and
economics as they relate to engineering decision-making,
with the goal of confidently applying them to real indust
Exams Page 1
Exams Page 2
The piston will not hit the stops.
V2 is much less than 2V1.
Yes, because the vapor pressure of R-134a
is much higher than water at 100C.
If you assumed that the masses of argon and air in the two devices were the
same, then it w
The only way to make the temperature go up
at constant pressure is to boil off all the
liquid, pushing the device on the left past a
quality of 100% into the superheated region.
The pressure of Device A must be
higher, since it's in the two-phase
region a
ME-ID _ Team # _
By initialing below I agree to the following: I will not discuss this exam with others who may be taking it at a different
time due to schedule conflicts, and that I will not copy off of another students exam, both of which are considered
ME-ID and/or Name_
By initialing below I agree to the following: I will not discuss this exam with others who may be taking it
at a different time due to schedule conflicts, and that I will not copy off of another students exam, both
of which are consider
Homework 1 Due 2/3/2017
Wednesday, February 1, 2017
Jeff Lamon
CVEN 3111-001
11:43 AM
Question Grade
12-28
12-60
12-68
SUM
Dynamics Page 1
Problem 12-28
Wednesday, February 1, 2017
Jeff Lamon
CVEN 3111-001
12:21 PM
Dynamics Page 2
Problem 12-60
Wednesday,
Homework 1 Due 1/26/2017 at 3:30 pm
Wednesday, January 25, 2017
12:05 PM
Solids Page 1
Jeff Lamon
MCEN 2063 - 001
MEID: 363-617
Problem 1-10
Wednesday, January 25, 2017
Jeff Lamon
12:06 PM
Solids Page 2
Problem 1-26
Wednesday, January 25, 2017
Jeff Lamon
Homework #2 (MCEN3021 Fluid Mechanics)
Due September 8, 2014 by 11:00am in class.
Problem 1
Early mountaineers boiled water to estimate their altitude. If they reach the top and find that
water boils at 84 C, approximately how high is the mountain?
Proble
Homework #5 (MCEN3021 Fluid Mechanics)
Due September 29, 2016 by 11:00am in class.
Problem 1
An incompressible fluid in the diagram below is being squeezed outward between two large circular
disks by the uniform downward motion V0 of the upper disk. Assum
Homework #7 (MCEN3021 Fluid Mechanics)
Due October 20, 2016 by 11:00am in class.
Problem 1
Find a spatially uniform, time-dependent density field = (t) that renders the one-dimensional
flow field with Cartesian velocity u = (x/t, 0, 0) mass conserving, wh
Homework #6 (MCEN3021 Fluid Mechanics)
Due October 13, 2016 by 11:00am in class.
Problem 1
A large wind turbine with diameter D extracts a fraction of the kinetic energy from the constant
density airstream that impinges on it with velocity U and kinetic e
Homework #10 (MCEN3021 Fluid Mechanics)
Due November 10, 2016 by 11:00am in class.
Problem 1
A long, round wire with radius a is pulled at a steady speed U , along the axis of a long round tube of
radius b that is filled with a viscous fluid (see figure b
Homework #9 (MCEN3021 Fluid Mechanics)
Due November 3, 2016 by 11:00am in class.
Problem 1
A viscous fluid of constant density and constant viscosity falls due to gravity between two parallel
plates that are oriented vertically a distance 2h apart, as sho
Homework #3 (MCEN3021 Fluid Mechanics)
Due September 15, 2016 by 11:00am in class.
Problem 1
Compute the time-dependent streamlines and the path line that pass through (x, y, z) = (1, 1, 0)
at t = 0 for the Cartesian velocity field u = (x, yt, 0).
Problem