ME24O HW #6 Solution
Problem 1]52[
The triangular plate rotates about a fixed axis through point 0 with the angular properties indicated. Determine the
instantaneous velocity and acceleration of point A. Take all given variables to be positive. Q
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_ _ A
ME240 HW #5
Assigned: Feb 13th, Friday
Due: Feb, 20th, Friday, at the beginning of class
Problem 1 (3/181)
Freight car A with a gross weight of 150,000 lb is moving along the horizontal track in a switching yard at 2 mi/hr. Freight
car B with a gross weig
ME240 HW #6 (OPTIONAL)
Note: These extra practice problems are optional and will not be graded.
Problem 1 (5/13)
In order to test an intentionally weak adhesive, the bottom of the small 0.3-kg block is coated with
adhesive and then the block is pressed on
ME240 HW #6 Optional Solution
Problem 1 15(13I
In order to test an intentionally weak adhesive, the bottom of the small 0.3-kg block is coated with adhesive and then the block
is pressed onto the turntable with a known force. The turnable starts from rest
ME240 Homework #3
Assigned: Friday, 23 January 2015.
Due: Friday, 30 January 2015, at the beginning of class.
Problem 1
1/6
Problem 2
2/6
Problem 3
3/6
Problem 4
4/6
Problem 5
5/6
Problem 6
Photo and Description Assignment.
Take a photograph of any object
ME240 HW #5 (OPTIONAL)
Note: These extra practice problems are optional and will not be graded.
Problem 1 (3/258)
The two cars collide at right angles in the intersection of two icy roads. Car A has a mass of 1200 kg and car B has a mass
of 1600 kg. The c
ME240 Homework #8
Assigned: Friday, 13 April 2015.
Due: Friday, 20 April 2015, at the beginning of class.
Problem 1
Problem 2
Problem 3
Problem 4
Problem 5
Problem 6
w
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ME 240-001: Dynamics & Vibrations
Exam I
I have never given nor received aid on this examination, nor have I concealed any violation of the Honor Code.
Please PRINT your name clearly and SIGN above this line.
Problem 1. (25 points) The fixed horizontal gu
ME240 Homework #9 (OPTIONAL)
Note: These extra practice problems are optional and will not be graded.
Problem 1 (6/107)
A bowling ball with a circumference of 2r (m) weighs M (kg) and has a radius of gyration of
(m). If the ball is released with a velocit
* Please refer Appendix
Plot
0.4
0.35
y(r*sin(theta)[m]
0.3
0.25
0.2
0.15
0.1
0.05
0
-1
-0.8
-0.6
-0.4
-0.2
x(r*cos(theta)[m]
0
0.2
0.4
Note) theta = vt/r time
Why does the vr increase with time in the absence of radial force? Because r(t) increases with
ME240 HW #7 (OPTIONAL)
Note: These extra practice problems are optional and will not be graded.
Problem 1 (5/183)
The Geneva wheel of Prob. 5/56 is shown again here. Determine the angular acceleration 2 of wheel C for the instant
when = 20. Wheel A has a
ME240 HW #7
Assigned: Feb 28th
Due: Mar, 13th, Friday, at the beginning of class
Problem 1 (5/80)
For the instant represented, crank OB has a clockwise angular velocity = 0.8 rad/sec and is passing the horizontal position.
Determine the corresponding velo
HW4
HW #4 Solution
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ME240 Homework #2
Assigned: Friday, 16 January 2015.
Due: Friday, 23 January 2015, at the beginning of class.
Problem 1
1/6
Problem 2
2/6
Problem 3
3/6
Problem 4
4/6
Problem 5
r
r
5/6
Problem 6
end
6/6
ME240 Homework #1
Assigned: Friday, 9 January 2015.
Due: Friday, 16 January 2015, at the beginning of class.
Problem 1
1/6
Problem 2
2/6
Problem 3
3/6
Problem 4
4/6
Problem 5
r
r
5/6
Problem 6
end
6/6
ME240: Dynamics and Vibrations
Experiment & Computer Assignment #1
Assigned Date: February 3, 2017
Due Date: February 17, 2017
Introduction:
This assignment explores how the theory covered in class can explain the experiment you
observed recently. In addi
Prepared for:
City of Lincoln
Lincoln, Nebraska
Parking Structure
Design Guidelines
Prepared by:
Carl Walker, Inc.
950 West Elliott Rd., Suite 107
Tempe, AZ 85284
PARKING STRUCTURE DESIGN GUIDELINES
Introduction
This document was developed for the City of
Chevrolet Silverado 2016 WT Base Model - Regular Cab std box Work Truck
Capacity: 4.3-liter
V-6 engine
285 hp
305 lb-ft
6-speed automatic transmission
Gross Vehicle Weight Rating
Tons/yr of CO2 Emissions @ 15K mi/year
First Gear Ratio (:1)
Second Gear Rat