Practice problems for Exam 2
Do all the example problems and fundamental problems
1. The particle has a mass of 0.5 kg and is conned to move along the
smooth vertical slot (yes, there is gravity downw
Homework 5
February 14 2014
Zachary Estlack, Gage Waldo, Jay Pechuex
Section 002
Problem 1
cons k 12, g 9.8, r .6, m1 1, d 50, td 1;
ballposx v0 t td Cos;
ballposy v0 t td Sin
1
t2 g 1;
2
Forcecart
Dynamics Hw #7
5 March 2014
Zachary Estlack, Gage Waldo, Jay Pechuex
"C:\Users\Zachary\Desktop\School
Work\Dynamics\Notes and Examples\vectorDefsMM30.m"
These Engineering Vector algorithms are copyri
Dynamics HW#3 Part 2
29 January 2014
Zachary Estlack, Gage Waldo, Jay Pecheux
Section 002
Problem 6
Problem 1 Page 128
g 9.81;
(a)
Solve0 h
h 19.62
1
g 22 , h
2
The stone was dropped from a height
Homework 4 Part 1
31 January 2014
Zachary Estlac, Gage Waldo, Jay Pechuex
Section 002
Problem 1
Page 141 Problem 6
posxt_ : V t
posyt_ : h
1
g t2
2
Solveposxt df, t
t
df
V
Solveposxt df w, t
In[12
Homework 4 Part 2
February 5 2014
Zachary Estlack, Gage Waldo, Jay Pecheux
Section 002
Problem 1
Page 140 Problem 5
yt_ : a0 Sin xt
x 't_ : 0
vy t_ : Dyt, t
ay t_ Dvy t, t
2 Sin xt a0 x t2
n m g m a
Homework 4 Part 3
February 7 2014
Zachary Estlack, Gage Waldo, Jay Pecheux
Section 002
Problem 6
Problem 13 Page 201
accelslopex
c vx2 m g Sin
;
m
eq1 m v 'x c vx2 m g Sin;
DSolveeq1, v0 0, vx, x
S
Homework #9
2 April 2014
Zachary Estlack, Gage Waldo, Jay Pechuex
"C:\Users\Zachary\Desktop\School
Work\Dynamics\Notes and Examples\vectorDefsMM30.m"
These Engineering Vector algorithms are copyright
Dynamics HW#1
Zachary Estlack, Gage Waldo, Jay Pecheux
21 January 2014
Problem 1
Problem 2
"C:\Users\Zachary\Desktop\Dynamics\Notes and Examples\vectorDefsMM30.m"
These Engineering Vector algorithms
c Q Search
TI'U ME23
HW51456 some more aha ter13 rob I] Problem 14.73
Problem 1473
Ill
The rolier coaster Car has a mass of650 kg including its
passenger. it is reieased fr
Quiz 6 Version B
NAMES:
Soioim
1. A 7 kg block is released from rest at A. The con-
stant force P is applied to the moving pulley. Find
the velocity of the block after it moved up 0.6 m up
the incline
Practice problems for Exam 2
Do all the example problems and fundamental problems
1
A cord is wrapped half way around the solid cylinder as shown in the figure. The cylinder has weighs 100 N. The
end
Quiz 2 Version A
NAMES: Solwlw , gaieslWY
1. The car travels over the hill described by y =
0.0015:r:2 + 15 [ft] at a constant speed of 50 ft/s.
(8.) Determine the velocity and acceleration (in any
co
Spring 2016
ME2302 Dynamics
HVV3
1712-39. Determine the velocity of block I) if end A of the
rope is pulled down with a speed of 73.4 = 3 m/s.
Prob. FI2-39 1-1240. Dclcrminc Ihc velocity of block A if
ME2302 Dynamics Spring 2015
Exam # 2
March 23, 2016, 5-6:50pm
NAME:
Please circle your instructor:
Han MWF
Han TH
McDonough MWF 10AM
McDonough MWF 3PM
1. Do not open until you are told so.
2. This exa
ME2302 Dynamics Spring 2015
Exam # 1
February 15, 2016, 5-6z50pm
Please circle your instructor:
Han MWF McDonough MWF 10AM
Han TH McDonough MWF 3PM
1. Do not open until you are told so.
2. This exam i
Spring 2016
ME2302 Dynamics
HWl Solution
l25. 'lhe velocity of a particle traveling in a straight line
is given by n = (6: - 3:3) m/s. where I is in seconds. It s = 0
when t = 0. determine the particl
sz $9M Hm. EM)
Spring 2016
.\[E2302 Dynamics
I'I\VQ Solution
1273. The water sprinkler. positioned at the base ofa hill.
releases a stream of water with a velocity of l5 ft/s as
shown. Determine the p
Dynamics Homework 10
2 May 2014
Zachary Estlack , Gage Waldo, jay Pecheux
#1 Page 724
cons ma 1, mb 3, l 2, g 9.81;
1
1
1
Solve0 ma g l ma va2 mb g l mb vb2 , va 2 vb, va, vb .
2
2
2
cons Last
va 3.34