1-11

• Rectilinear Motion picture_as_pdf

1-13

• Graphical Methods picture_as_pdf

1-18

• Vector Derivatives picture_as_pdf

1-20

• Vector Derivatives Examples picture_as_pdf

1-23

• Tangential and Normal Components picture_as_pdf

1-25

• Radial and Transvrse Components picture_as_pdf

1-27

• Newton's Second Law picture_as_pdf

1-30

• Angular Momentum picture_as_pdf

2-1

• Work and Energy picture_as_pdf

2-3

• Work and Energy Example picture_as_pdf

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• Conservation of Energy picture_as_pdf

2-8

• Impulse and Momentum picture_as_pdf

2-10

• Impact picture_as_pdf

2-13

• Oblique Impact picture_as_pdf

2-15

• Systems of Particles picture_as_pdf

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• Energy in Systems of Particles picture_as_pdf

2-22

• Energy in Systems Examples picture_as_pdf

2-24

• Rigid Body Translation and Rotation picture_as_pdf

2-27

• General Plane Motion picture_as_pdf

3-1

• Midterm Review picture_as_pdf

3-13

• Exam Review picture_as_pdf

3-15

• Instantaneous Center of Rotation picture_as_pdf

3-17

• General Plane Motion Acceleration picture_as_pdf

3-20

• Kinematics of Rigid Bodies picture_as_pdf

3-22

• Kinematics of Rigid Bodies Examples picture_as_pdf

3-24

• Constrained Motion picture_as_pdf

3-27

• Energy Methods for Rigid Bodies picture_as_pdf

3-29

• Momentum for Rigid Bodies picture_as_pdf

3-31

• Eccentric Impact picture_as_pdf

4-3

• Eccentric Impact Example picture_as_pdf

4-5

• 3D Rigid Body Kinematics picture_as_pdf

4-12

• 3D Rigid Body Kinematics Example picture_as_pdf

4-14

• Free Vibration picture_as_pdf

4-17

• Pendulums picture_as_pdf

4-19

• Gyroscopes picture_as_pdf

4-21

• CAS code
• CAS picture_as_pdf
• Numerical Simulations Introduction picture_as_pdf

4-24

• Pendulum Simulation code
• Pendulum Simulation picture_as_pdf
• Simulation Example picture_as_pdf

4-26

• Review picture_as_pdf