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This table
provides links to notes on Dynamics |
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Introduction - - - Symbolic Solutions |
Click here. |
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Kinematics of a Particle in a Plane
Osculating Circle
Review of dot products, vector products, vector projections
Kinematics for a Particle in Space |
Click
here.
Click here.
Click here.
Click here. |
Inertial Frames, Euler's 1st Law, Euler's 2nd Law
Constrained Motion of a Particle in a Plane
|
Click here.
Click here.
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Principle of Work and Energy for Particles in a Plane |
Click here. |
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Impulse-Momentum for a Particle, Impact, Coefficient of Restitution |
Click here. |
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Relative Velocity and Acceleration in a Plane
Construction of Relative Velocity and Acceleration Diagrams
|
Click here.
Click here.
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Instantaneous Center of Zero Velocity |
Click here. |
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Transformation of Coordinate Systems |
Click here. |
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Relative Velocity and Acceleration with Translating and Rotating Frames |
Click here. |
Rolling
Friction Applications/Kinetics |
Click here.
Click here. |
Kinetics - Body Translating in a Plane
Friction Applications/Kinetics
|
Click here.
Click here. |
Kinetics - Constrained Motion in a Plane |
Click here. |
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Euler's 2nd Law - Plane Motion
Calculation of Mass Moments of Inertia by Integration
|
Click here.
Click here. |
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Alternate Forms of Moment Equation |
Click here. |
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Kinetic Energy of a Body in a Plane |
Click here. |
Principle of Work/Energy Plane Motion
|
Click here. |
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Linear Impulse/Momentum for Rigid Bodies in a Plane |
Click here. |
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Angular Impulse/Momentum for Rigid Bodies in a Plane |
Click here. |
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Summary - Important Principles |
Click here. |