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| Line 52: |
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| | ===40. Static Torque=== | | ===40. Static Torque=== |
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| − | ==1K - == | + | ==1K - Applications of Newton's Law== |
| − | ===10. === | + | ===10. Dynamic Torque=== |
| − | ===20. === | + | ===20. Friction=== |
| − | ===30. === | + | ===30. Pressure=== |
| | | | |
| − | ==1L - == | + | ==1L - Gravity== |
| − | ===10. === | + | ===10. Universal Gravitational Constant=== |
| − | ===20. === | + | ===20. Orbits=== |
| | | | |
| − | ==1M - == | + | ==1M - Work and Energy== |
| − | ===10. === | + | ===10. Work=== |
| − | ===20. === | + | ===20. Simple Machines=== |
| − | ===30. === | + | ===30. Non-Conservative forces=== |
| − | ===40. === | + | ===40. Conservation of Energy=== |
| − | ===50. === | + | ===50. Mechanical Power=== |
| | | | |
| − | ==1N - == | + | ==1N - Linear Momentum and Collisions== |
| − | ===10. === | + | ===10. Impulse and Thrust=== |
| − | ===20. === | + | ===20. Conservation of Linear Momentum=== |
| − | ===21. === | + | ===21. Mass and Momentum Transfer=== |
| − | ===22. === | + | ===22. Rockets=== |
| − | ===30. === | + | ===30. Collisions on One Dimension=== |
| − | ===40. === | + | ===40. Collisions in Two Dimensions=== |
| | | | |
| − | ==1Q - == | + | ==1Q - Rotational Dynamics== |
| − | ===10. === | + | ===10. Moment of Inertia=== |
| − | ===20. === | + | ===20. Rotational Energy=== |
| − | ===30. === | + | ===30. Transfer of Angular Momentum=== |
| − | ===40. === | + | ===40. Conservation of Angular Momentum=== |
| − | ===50. === | + | ===50. Gyros=== |
| − | ===60. === | + | ===60. Rotational Stability=== |
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| − | {{subst:Collapse|1=Lorem ipsum dolor sit amet, consectetur adipisicing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris nisi ut aliquip ex ea commodo consequat. Duis aute irure dolor in reprehenderit in voluptate velit esse cillum dolore eu fugiat nulla pariatur. Excepteur sint occaecat cupidatat non proident, sunt in culpa qui officia deserunt mollit anim id est laborum.|2=Heading}}
| + | ==1R - Properties of Matter== |
| − | | + | ===10. Hooke's Law=== |
| − | ==1R - == | + | ===20. Tensile and Compressible Stress=== |
| − | ===10. === | + | ===30. Shear Stress=== |
| − | ===20. === | + | ===40. Coefficient of Restitution=== |
| − | ===30. === | + | ===50. Crystal Structure=== |
| − | ===40. === | |
| − | ===50. === | |
Revision as of 18:36, 6 June 2014
1A - Measurements
10. Basic units
20. Error and accuracy
30. Coordinate Systems
40. Vectors
50. Math Topics
60. Scaling
1C - Motion in one dimension
10. Velocity
20. Uniform Acceleration
30. Measuring g
1D - Motion in two dimensions
10. Displacement in Two Dimensions
15. Velocity, position and Acceleration
40. Motion of the Center of Mass
50. Central Forces
52. Deformation by Central forces
55. Centrifugal Escape
60. Projectile Motion
1E - Relative Motion
10. Moving Reference Frames
20. Rotating Reference Frames
30. Coriolis Effect
1F - Newton's First Law
10. Measuring Inertia
20. Inertia of Rest
30. Inertia of Motion
1G - Newton's Second Law
10. Force, Mass and Acceleration
20. Accelerated Reference Frames
30. Complex Systems
1H - Newton's Third Law
10. Action and Reaction
11. Recoil
1J - Statics and Rigid bodies
10. Finding Center of Gravity
11. Exceeding Center of Gravity
20. Stable, Unstable, and Neutral Equilibrium
30. Resolution of Forces
40. Static Torque
1K - Applications of Newton's Law
10. Dynamic Torque
20. Friction
30. Pressure
1L - Gravity
10. Universal Gravitational Constant
20. Orbits
1M - Work and Energy
10. Work
20. Simple Machines
30. Non-Conservative forces
40. Conservation of Energy
50. Mechanical Power
1N - Linear Momentum and Collisions
10. Impulse and Thrust
20. Conservation of Linear Momentum
21. Mass and Momentum Transfer
22. Rockets
30. Collisions on One Dimension
40. Collisions in Two Dimensions
1Q - Rotational Dynamics
10. Moment of Inertia
20. Rotational Energy
30. Transfer of Angular Momentum
40. Conservation of Angular Momentum
50. Gyros
60. Rotational Stability
1R - Properties of Matter
10. Hooke's Law
20. Tensile and Compressible Stress
30. Shear Stress
40. Coefficient of Restitution
50. Crystal Structure
