Lab Report Format
THE REPORT SHOULD INCLUDE YOUR NAME, SECTION NUMBER,
EXPERIMENT NUMBER AND TITLE, GROUP MEMBER, AND THE DATE THE
EXPERIMENT WAS DONE AND THE DATE THE REPORT WAS SUBMITTED
EACH REPORT HAS A MAXIMUM OF 100 POINTS
NOTE: Always use the third
ME 364  Kinematics Spring Semester, 2007 Quiz 8, 25 Points, Open Book
NAME _
For the shown mechanism, determine the angular velocities and angular accelerations of links 2 and 3, and the given that link 4 rotates at a rate of 2.00 radians per second cloc
ME 364  Kinematics Spring Semester, 1999 Quiz 5, 25 Points, Open Book
NAME _
1. (10 Points) Locate and properly identify all of the instant centers for the mechanisms shown below. (The
grade will be determined partially by the accuracy of the location of
ME 364  Kinematics Summer Term, 2006 Quiz 8, 25 Points, Open Book
Using the complex number approach, analyze the mechanism shown.
NAME _
(a) Determine the series of scalar equations which must be used to solve for the follower (Link 4) position, velocity
ME 364  Kinematics Summer Term, 2002 Quiz 9, 25 Points, Open Book
NAME _
(a) Using the method of complex numbers, develop the complex number vector equations to be used to determine the position, velocity, and acceleration of the links in the mechanism s
ME 364  Kinematics Spring Semester, 1999 Quiz 12, 25 Points, Open Book
NAME _
Complete the following table for the gears identified. Justify each answer (i.e. show your work.) B
500 rpm
C D Number of Teeth Diametral Pitch Outside Diameter Pressure Angle
ME 364  Kinematics Spring Semester, 1999 Quiz 10, 25 Points, Open Book
NAME _
1. (20 Points) Determine the speed and direction of the output shaft.
The input shaft is rotating at a rate of 1800 rpm in the direction shown.
Output
A 90T 21T 30T B C
24T D
I
ME 364  Kinematics Summer Term, 2000 Quiz 9, 25 Points, Open Book
NAME _
Determine the output of the gearing system shown on the right. The input gears rotate as shown. wout = _
Is shown direction correct?
585 rpm
20 T
20 T
17 T
A
B
C
Input Shaft #1 20 T
ME 364  Kinematics Spring Semester, 1999 Quiz 9, 25 Points, Open Book
1. (15 Points) Determine the velocity (magnitude and
NAME _
24 inch diameter drum
direction) of the weight W in the mechanical drive system shown below. The input shaft is rotating at
ME 364 Kinematics Spring Semester, 2007 Quiz 8, 25 Points, Open Book

NAME
,
For the shown mechanism, determine the angular velocities and angular accelerations of links 2 and 3, and the given that link 4 rotates at a rate of 2.00 radians per second cloc
ME 364  Kinematics Summer Term, 2005 Quiz 8, 25 Points, Open Book
NAME _
Link 4 has an angular velocity of 1.0 radians per second clockwise and is speeding up at the rate of 1.00 radians per second per second. Determine the angular acceleration of link 2
ME 364  Kinematics Spring Semester, 1998 Exam 1, 100 Points, Open Book
NAME
.
1. (20 Points) The quick return mechanism is shown one half of full size. In the position shown, the slider 6 is
moving to the right at a speed of 10 inches per second. Determi
ME 364  Kinematics Summer Term, 2000 Quiz 6, 25 Points, Open Book
NAME _
The angular velocity of link 2 is 1.50 radians per second counterclockwise. Determine the angular velocity of links 3 and 5 for the mechanism shown and the linear velocities of poin
ME 364  Kinematics Spring Semester, 2006 Exam 1, 100 Points, Open Book
1. (15 Points) 2. (20 Points) Determine the
locations of all of the instant centers in the mechanism below. Clearly identify the location and identity of each one. Location accuracy i

.
ME 364  Kinematics Spring Semester,2007 Quiz 5, 25 Points, Open Book
NAME
3hLP T/#p
The mechanism shown below is shown one half of full size. @ L is rotating counter clockwise at a rate of 15 radians per second. Determine the angular velocities of l