Syllabus Sp09

Assignment Schedule – Spring 2009

ME 274 - BASIC MECHANICS II School of Mechanical Engineering - Purdue University

PER

DATE

1 M 2 W 3 F M 4 W 5 F 6 M 7 W 8 F 9 M 10 W 11 F 12 M 13 W 14 Th F 15 M

1/12 1/14 1/16 1/19 1/21 1/23 1/26 1/28 1/30 2/2 2/4 2/6 2/9 2/11 2/12 2/13 2/16

16 17 18 19 20 21 22 23

2/18 2/20 2/23 2/25 2/27 3/2 3/4 3/6

W F M W F M W F

TOPIC KINEMATICS Point Kinematics – Cartesian, Path and Polar Coordinates Point Kinematics – Cartesian, Path and Polar Coordinates Point Kinematics – Relative and Constrained Motion No class – University holiday Fundamentals Exam, in class 2D Kinematics – Rigid Bodies 2D Kinematics – Rigid Bodies 2D Kinematics – Rigid Bodies 2D Kinematics – Instant Centers 2D Kinematics – Problem Solving for Rigid Bodies 2D Kinematics – Moving Reference Frames 2D Kinematics – Moving Reference Frames 3D Kinematics – Moving Reference Frames 3D Kinematics – Moving Reference Frames Examination No. 1, 6:30-7:30 PM, WTHR 200 No class due to night exam 3D Kinematics – Moving Reference Frames KINETICS Particle Kinetics – Rectilinear Motion Particle Kinetics – Curvilinear Motion Particle Kinetics – Curvilinear Motion Particle Kinetics – Work and Energy Particle Kinetics – Work and Energy Particle Kinetics – Linear Impulse and Momentum Particle Kinetics – Linear Impulse and Momentum Particle Kinetics – Central Impact

READING

VIDEOS

HWK

2/4-2/6 2/4-2/6 2/8-2/9

2/66,2/126 2/155 2/213,2/220

2/I, 2/II 2/III, 2/IV 2/V, 2/VI

5/1-5/4 5/1-5/4, 5/6 5/1-5/4, 5/6 5/5 5/1-5/6 5/7 5/7 7/1-7/6 7/1-7/6

5/12 5/61 5/88 5/108 5/145 5/167 5/183 7/17 7/12

5/I, 5/II 5/III, 5/IV 5/V, 5/VI 5/VII, 5/VIII 5/IX, 5/X 5/XI, 5/XII 5/XIII, 5/XIV 7/I, 7/II 7/III, 7/IV

7/1-7/6

7/25

7/V, 7/VI

3/1-3/4 3/5 3/5 3/6-3/7, 4/3 3/6-3/7, 4/3 3/8-3/9, 4/4 3/8-3/9, 4/4 3/11-3/12

3/27 3/58 3/86 3/110 3/163 3/195 3/207 3/260

3/I, 3/II 3/III, 3/IV 3/V, 3/VI 3/VII, 3/VIII 3/IX, 3/X 3/XI, 3/XII 3/XIII, 3/XIV 3/XV, 3/XVI

Assignment Schedule (cont.) – Spring 2009

ME 274 - BASIC MECHANICS II School of Mechanical Engineering - Purdue University PER 24 M 25 W 26 F

DATE 3/9 3/11 3/13

27 M 28 W 29 Th F 30 M 31 W 32 F 33 M 34 W 35 F

3/23 3/25 3/26 3/27 3/30 4/1 4/3 4/6 4/8 4/10

36 37 38 39 40 41

4/13 4/15 4/17 4/20 4/22 4/23 4/24 4/27 4/29 5/1

M W F M W Th F 42 M 43 W 44 F

TOPIC Particle Kinetics – Angular Impulse and Momentum Particle Kinetics – Angular Impulse and Momentum 2D Kinetics of Rigid Bodies – Newton/Euler Equations SPRING BREAK 2D Kinetics of Rigid Bodies – Newton/Euler Equations 2D Kinetics of Rigid Bodies – Newton /Euler Equations Examination No. 2, 6:30-7:30 PM, WTHR 200 No class due to night exam 2D Kinetics of Rigid Bodies – Newton /Euler Equations 2D Kinetics of Rigid Bodies – Work and Energy 2D Kinetics of Rigid Bodies – Work and Energy 2D Kinetics of Rigid Bodies – Work and Energy 2D Kinetics of Rigid Bodies – Impulse and Momentum 2D Kinetics of Rigid Bodies – Impulse and Momentum VIBRATIONS Vibrations – Equations of Motion Vibrations – Free, Undamped Response Vibrations – Free, Damped Response Vibrations – Free, Damped Response Vibrations – Forced w/ Harmonic Excitation Examination No. 3, 6:30-7:30 PM, WTHR 200 No class due to night exam Vibrations – Forced w/ Harmonic Excitation Vibrations – Forced w/ Harmonic Excitation Course Summary

READING 3/10, 4/4 3/10, 4/4 6/1-6/5

VIDEOS 3/230 3/248 6/8

HWK 3/XVII, 3/XVIII 3/XIX, 3/XX 6/I, 6/II

6/1-6/5 6/1-6/5

6/40 6/94

6/III, 6/IV 6/V, 6/VI

6/1-6/5 6/6 6/6 6/6 6/8 6/8

6/109 6/117 6/121 6/140 6/183 6/196

6/VII, 6/VIII 6/IX, 6/X 6/XI, 6/XII 6/XIII, 6/XIV 6/XV, 6/XVI 6/XVII, 6/XVIII

8/1-8/2, 8/4 8/1-8/2, 8/4 8/1-8/2, 8/4 8/1-8/2, 8/4 8/3-8/4

VIB-2 8/18 8/29 8/43 8/50

8/I, 8/II 8/III, 8/IV 8/V, 8/VI 8/VII, 8/VIII 8/IX, 8/X

8/3-8/4 8/3-8/4

8/65 8/91

8/XI, 8/XII 8/XIII, 8/XIV

Final Examination:

During final exam period (May 4-9). Date, time and location will be announced during the semester.

Text: Videos:

J.L. Meriam and L.G. Kraige, Engineering Mechanics, Vol. 2: Dynamics, 6 Edition, John Wiley & Sons, 2007. Example solution videos are provided for selected problems from textbook listed above. Can be accessed from the course blog. Use the link “Example videos”. Due in class one period after they are assigned. Homework problem statements will be posted on the course blog. Solutions will be posted on the course blog approximately one period after return of homework. Use the link “Homework solutions”. Available in Room ME 242 Monday through Friday. Hours to be posted.

Homework: Help:

th