The notes contained in this page correspond to the delivery of ENGR220 during Fall Semester 2004.

• Session 1: Introduction and Rectilinear Particle Motion, Engr220 Session 1 Notes
• Session 2: Rectilinear Particle Motion, Engr220 Session 2 Notes
• Session 3: General Curvilinear Motion, Engr220 Session 3 Notes
• Session 4: Projectile Motion, Normal and Tangential Coordinates Engr220 Session 4 Notes
• Session 5: Cylindrical Coordinates Engr220 Session 5 Notes
• Session 6: Two Particles, Dependent Motion Engr220 Session 6 Notes
• Session 7: Two Particles, Independent Motion; Kinetics of a Particle Engr220 Session 7 Notes
• Session 8: Kinetics of a Particle, Rectangular Coordinates Engr220 Session 8 Notes
• Session 9: Kinetics of a Particle, Normal/Tangential Coordinates Engr220 Session 9 Notes
• Session 10: Kinetics of a Particle, Cylindrical Coordinates Engr220 Session 10 Notes
• Session 11: Translation and Fixed Axis Rotation Engr220 Session 11 Notes
• Session 12: Example Problems Engr220 Session 12 Notes
• Session 13: Kinematics of a Rigid Body, Relative Velocity, Engr220 Session 13 Notes
• Session 14: Kinematics of a Rigid Body, Relative Acceleration, Engr220 Session 14 Notes
• Session 15: Review for Exam I , Engr220 Session 15 Notes
• Session 16: Kinematics of a Rigid Body, Relative Velocity and Acceleration Specified in a Rotating Frame, Engr220 Session 16 Notes
• Session 17: Kinematics of a Rigid Body, Relative Velocity and Acceleration Specified in a Rotating Frame, Example Problem 16.131(H8).
• Session 18: Kinematics of a Rigid Body, Relative Velocity and Acceleration Specified in a Rotating Frame, Example Problem 16.144(H8). Engr220 Session 18 Notes
• Session 19: Kinematics of a Rigid Body, Relative Velocity and Acceleration Specified in a Rotating Frame, Example Problem 16.136(H8), Tuning Fork Gyroscopes Engr220 Session 19 Notes
• Session 20: Tuning Fork Gyroscopes, Moment of Inertia, Engr220 Session 20 Notes
• Session 21: Moment of Inertia, Equations of Motion for a Rigid Body Engr220 Session 21 Notes
• Session 22: Equations of Motion for a Rigid Body, Translation Engr220 Session 22 Notes
• Session 23: Kinetics of a Rigid Body, Fixed Axis Rotation Engr220 Session 23 Notes
• Session 24: Review for Exam II Engr220 Session 24 Notes
• Session 25: Rigid Body Kinetics, General Plane Motion Engr220 Session 25 Notes
• Session 26: Rigid Body Kinetics, General Plane Motion, Example Problems, No Notes.
• Session 27: Rigid Body Kinetics, General Plane Motion Engr220 Session 27 Notes
• Session 28: Rigid Body Kinetics, General Plane Motion, Example Problems, No Notes.
• Session 29: Rigid Body Kinetics, Discussion of Homework Problem 17-103. Engr220 Session 29 Notes
• Session 30: Rigid Body Kinetics, Work Done by a Force. Engr220 Session 30 Notes
• Session 31: Review for Exam III. Engr220 Session 31 Notes
• Session 32: Work/Energy Principle (Lecture by Giancarlo Corti). Engr220 Session 32 Notes
• Session 33: Work/Energy, Example Problems Engr220 Session 33 Notes
• Session 34: Work/Energy for Systems of Particles, Conservative Forces and Potential Energy. Engr220 Session 34 Notes
• Session 35: Work/Energy for Principle for Rigid Bodies. Engr220 Session 35 Notes
• Session 36: Impulse/Momentum for Systems of Particles Engr220 Session 36 Notes
• Session 37: Conservation of Momentum Engr220 Session 37 Notes
• Session 38: Review- Work/Energy Engr220 Session 38 Notes
• Session 39: Review- Kinetics of Rigid Bodies. Lecture materials delivered by Email. If you are an off-campus student, please check for these materials with you UI Email account.
• Session 40: Review- Kinetics of Rigid Bodies Engr220 Session 40 Notes