1. Understanding Circular Motion
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This video cover the introduction of circular motion, including the forces involved 
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A worksheet on centripetal motion problems
w_centripetal_ph.pdf  
File Size:  758 kb 
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2. And intro to angular velocity
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Measuring linear variables such has displacement and velocity in circular motions problematic. As a result, variables are based on angle not distance. This video gives you an intro 
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3. Torque Explained
4. What is moment of Inertia?
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4. Conservation of momentum in rotational mechanics
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5. The conical pendulum and banked curves explained
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The conical pendulum and banking both are more complex examples of centripetal motion. This video examines these situations. An understanding of the basics of circular motion, normal and friction is assumed. 
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There are a number of ways we can explore this concepts further.
One aspect of most high school physics course on kinematics, is that they only concern themselves with constant acceleration. In reality however, acceleration, like displacement and velocity, can chance with respect to time.
Velocity is the rate of change of displacement. Unit: m/s^{2}
Acceleration is the rate of change of velocity.
So what is the rate of change of acceleration?
The answer to that is the jerk. So slope of the acceleration vs time graph is the jerk. Unit: m/s^{3}
We can go further. What is the rate of change of the jerk?
Well it's the snap. Unit: m/s^{4}
Can we go further? Yep. The rate of change of snap is the crackle. Unit: m/s^{5}
I think you can guess the next one.
We can go further. What is the rate of change of the jerk?
Well it's the snap. Unit: m/s^{4}
Can we go further? Yep. The rate of change of snap is the crackle. Unit: m/s^{5}
I think you can guess the next one.
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 pHET graphing animation  this interactive from the University of Colorado pHet team is a great way to demonstrate the relationship between motion and its graphical analysis. That why I used it in my video. At this time its Java based so will only work on PC/Mac
6. The physics of the roller coaster
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Roller coasters provide a great way to examine physics concepts: everything from forces, momentum, and energy  from both a linear perspective and rotational. This covers these concepts and is here since loops are examined 
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7. How well do you know circular motion?
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more problems
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