EGR 211 Engineering Dynamics

 

Distance Learning

Spring 2009

E. Bell ebell@triton.edu

 

Homework

Example
Problems

Topics

HW 1

Notes

N1 Summary

N1

 

 

N2 Summary

N2

ED-10 Linear Motion

ED-20 Relative Motion

ED-25 Numerical Methods for 1-D Kinematics

 

ED-28 General 2-D Motion - Cartesian Coordinates

ED-30 Projectile Motion

ED-40 Tangential and Normal Components of Motion

ED-50 Radial and Transverse Components of Motion

 

HW 2

Notes

N3 Summary

N3

ED-60 Newton's Second Law & Linear Momentum for a Particle

ED-70 Angular Momentum

 

HW 3

Notes

N4 Summary

N4

 

N5 Summary

N5

ED-80 Energy Methods for a Particle

ED-90 Conservation of Energy

 

ED-100 Power and Efficiency

 

HW 4

Notes

 

 

N6 Summary

N6

ED-110 Impulse and Momentum

ED-120 Collisions

 

ED-130 Systems of Particles

HW 5

Notes

N7 Summary

N7

ED-140 Rigid Body Translation

ED-150 Rotation of a Rigid Body About a Fixed Axis

ED-160 General Plane Motion for Rigid Bodies - Velocity Diagram

ED-170 General Plane Motion - Instant Center of Velocity

ED-180 General Plane Motion - Velocity by Differentiation

ED-190 General Plane Motion Acceleration

ED-200 Rigid Body Motion - Coriolis' Acceleration

 

HW 6

Notes

N8 Summary

N8

ED-210 Rigid Body Kinetics - Plane Motion

 

HW 7

Notes

N9 Summary

N9

ED-220 Energy Methods for Rigid Bodies

ED-230 Impulse and Momentum for Rigid Bodies

 

 

Additional Notes: Pulleys

 

Dynamics Deadlines

Homework / Test

Deadline

1 HW Notes

 

2 HW Notes

 

3 HW Notes

 

4 HW Notes

 

5 HW Notes

 

6 HW Notes

 

7 HW Notes

 

 

GhostScript (must be run/installed first, then the BullZip Printer)

BullZip (run after running GhostScript)

 

Last updated 28 January 2009