Engineering Mechanics - Dynamics

 

 

In Class

Date

Topic

Sections

Pages

Sample Problems
Homework Assignment

 

 

 

 

1

Jan 21

Chapter 11: Kinematics of Particles - Introduction to Dynamics

11.1 - 11.2

602 - 616

11.2, 11.8, 11.24

Solution

2

Jan 23

Rectilinear Motion

11.3 - 11.5

 616 - 629

11.1, 11.7, 11.23

3

Jan 26

Rectilinear Motion - Constrained Motion

11.3 - 11.6

616 - 630
11.40, 11.49, 11.56
11.47, 11.50, 11.91, 11.105, 11.123, 11.132
Solution

4

Jan 28

Plane Curvilinear Motion - x, y coordinates

11.9 - 11.12

 641 - 645

11.92, 11.103

5

Jan 30

Plane Curvilinear Motion - Relative motion
11.9 - 11.12

 641 - 662

11.121, 11.122

6

Feb 2

Plane Curvilinear Motion - n, t coordinates

11.13

 663 - 665

11.137, 11.138
11.135, 11.136, 11.139, 11.144, 11.164, 11.174
Solution

7

Feb 4

Plane Curvilinear Motion - n, t coordinates

11.13

 663 - 665

11.142, 11.145

8

Feb 6

Plane Curvilinear Motion - r, q coordinates

11.14

 666 - 683

11.163, 11.166

9

Feb 9

Plane Curvilinear Motion - r, q coordinates

11.14

 666 - 683

11,173

12.9, 12.11, 12.21

Solution

10

Feb 11

Chapter 12: Kinetics of Particles - Newton's Second Law

12.1 - 12.3
692 - 695
12.6, 12.7

11

Feb 13

Newton's Second Law - Equation of Motion - Rectilinear Motion

12.4 - 12.6
695 - 705
12.10, 12.19, 12.22

12

Feb 16

Curvilinear Motion

12.4 - 12.6
695 - 705
12.49, 12.71

12.36, 12.66, 12.73, 12.86

Solution

Feb 17

First Mid-term Exam - 5:30 -7:00 PM - Room 120 Engineering
Solution

13

Feb 18

Angular Momentum - Central Force Motion
12.7 - 12.9
718 - 725
12.81, 12.88

14

Feb 20

Chapter 13: Kinetics of Particles - Energy and Momentum Methods
13.1 - 13.3
756 - 770
13.6

15

Feb 23

Linear Springs - Work-Energy Equation

13.1 - 13.5
756 - 770
13.46

13.5, 13.9, 13.29, 13.41, 13.42

Solution

16

Feb 25

Conservative Force Fields - Potential Energy
13.6 - 13.9
781 - 792
13.65

17

Feb 27

Potential Energy

13.6 - 13.9
781 - 792
13.71

18

Mar 2

Potential Energy

13.6 - 13.9
781 - 792
13.85

13.123, 13.140, 13.148

Solution

19

Mar 4

Principle of Linear Impulse and Linear Momentum

13.10 - 13.11
805 - 812
13.122, 13.147

20

Mar 6

Linear Impulse and Linear Momentum

13.10 - 13.11
805 - 812
13.149

21

Mar 9

Direct Central Impact
13.12 - 13.14
820 - 833
13.161

13.155, 13.157, 13.165, 13.176

Solution

22

Mar 11

Oblique Central Impact
13.12 - 13.15
820 - 833
13.164, 13.174

23

Mar 13

Chapter 14: Kinetics of Systems of Particles - Newton's Second Law
14.1 - 14.4
856 - 860

Mar 16

Spring Break – No Classes

   
 

Mar 18

Spring Break – No Classes

 

Mar 20

Spring Break – No Classes

24

Mar 23

Linear and Angular Momentum - Work and Energy
14.5 - 14.9
860 - 880
14.9

14.8, 14.10, 14.21

Solution

Mar 24

Second Mid-term Exam - 5:30 -7:00 PM - Room 120 Engineering
Solution

25

Mar 25

Chapter 15: Plane Kinematics of Rigid Bodies - Translation - Rotation

15.1 - 15.2
916 - 924
14.20

26

Mar 27

Translation - Rotation

15.1 - 15.4
916 - 924
14.43, 15.1

27

Mar 30

General Motion - Relative Velocity

15.5 - 15.6
932 - 938
15.8

14.39, 14.47, 15.2, 15.11, 15.29

Solution

28

Apr 1

Relative Velocity

15.5 - 15.6
932 - 938
15.19

29

Apr 3

Relative Acceleration

15.7 - 15.8
945 - 963

30

Apr 6

Relative Acceleration

15.7 - 15.8
945 - 963
15.39

15.43, 15.59, 15.74, 15.75, 15.87

Solution

31

Apr 8

Motion Relative to Rotating Axes

15.10 - 15.11
971 - 978
15.57, S15.4

32

Apr 10

Motion Relative to Rotating Axes

15.10 - 15.11
971 - 978
15.86

33

Apr 13

Motion Relative to Rotating Axes - Coriolis Acceleration

15.10 - 15.11
971 - 978

15.106, 15.119, 15.120, 15.121

Solution

Apr 14

Third Mid-term Exam - 5:30 - 7:00 PM - Room 120 Engineering
Solution

34

Apr 15

Chapter 16: Plane Kinetics of Rigid Bodies - Introduction

16.1 - 16.2
1026 - 1027

35

Apr 17

General Equation of Motion

16.1 - 16.2
1026 - 1027

36

 Apr 20
Translation - Fixed Axis Rotation
16.3 - 16.4
1026 - 1031
15.150

15.151, 15.175, 16.1

Solution

37

Apr 22

General Plane Motion

16.4 - 16.7
1030 - 1039
15.174

38

Apr 24

Constrained Plane Motion

16.8
1051 - 1061
16.6

39

Apr 27

Chapter 17: Plane Kinetics of Rigid Bodies -Energy and Momentum Methods

17.1 - 17.3
1082 - 1084
16.9, 16.16
  

40

Apr 29

Work-Energy Relations

17.4 - 17.7
1084 - 1094
16.71
  

41

May 1

Work-Energy Relations
17.4 - 17.7
1084 - 1094
 

42

May 4

Impulse and Momentum

17.8 - 17.10
1104 - 1111

43

May 6

Impulse and Momentum

17.8 - 17.10
1104 - 1111

44

May 8

Review

 

 

May 11

Final Exam - Room A204 Clark - 7:00 - 9:00 am

 

Final Exam Solution - Grade Distribution