Engineering Dynamics-Spring 2005

(EngM 373, Section 001)

 

Week

Sec

Topic

Homework

1: Jan 10

11.1-3

11.4-6

11.9-12

Introduction, Rectilinear motion

Uniform Acceleration

Curvilinear Motion: Rectangular Components

11.9,15,26,40,47,101,126

2: Jan 17

 

11.9-12

11.13

Holiday (Martin Luther King, Monday)

Curvilinear Motion: Rectangular Components Tangential and Normal Components

11.139, 142, 145

3: Jan 24

11.14

12.1-6

Radial and Transverse Components

Particle Kinetics: Equation of Motion

11.161, 167, 168,185

12.11, 13

4: Jan 31

12.7-10

Angular Momentum

12.30, 39,55, 68, 71, 89, 91

5: Feb 7

13.1-5

13.6,8

Kinetics of Particles: Work and Energy

Conservation of Energy and Potential Energy

13.11, 21, 31, 37, 39

13.58, 71

6: Feb 14

13.10-11

13.12-15

 

Kinetics of Particles: Impulse and Momentum

Impact

Review

13. 128, 144,172, 178, 188

7: Feb 21

 

15.1-4

 

Exam I (up to end of week 5)

Kinematics of Rigid Bodies: Translation and Rotation

15.9, 17, 75, 81

8: Feb 28

15.5-6

15.7

Velocity in Plane Motion

Instantaneous Center of Velocity

15.49, 65, 110, 115, 119, 128

9: Mar 7

15.8

15.10-13

Acceleration in Plane

General Motion Relative to Rotating Frames

15.150, 156, 175, 187

10: Mar 14

 

Spring Semester Break

 

11: Mar 21

15.10-13

App.-B

General Motion Relative to Rotating Frames

Mass Moment of Inertia

Review

15.197

Appendix B.7, 38

12: Mar 28

16.1-7

Exam II (up to end of week 9)

Plane Motion or Rigid Bodies: Eulerís Eq.

16.9, 15, 27, 43

13: Apr 4

16.8

Constrained Plane Motion

16. 53, 58,64, 77, 97

14: Apr 11

17.1-7

Work and Energy

 

16. 103, 123

17.11, 14, 22

15: Apr 18

17.1-7

17.8-10

Work and Energy

Impulse and Momentum

17.29, 34,47,51,65

16: Apr 25

 

Review

 

17: May 5

Final

7:30-9:30 a.m. Thursday, May 5th