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Honors Regents Physics

UNIT 3: Energy

Scroll down for review videos, animations, diagrams, and links.

Work

How Does Work...Work?

Note:  Thank you to Ted Ed for providing this video.

Introduction to Work and Energy:

Note:  Thank you to Khan Academy for providing this video.

Work Interactive & Animation:

Click the button below for an interactive practice analyzing the work and energy needed to drive a car uphill:

Which path requires more energy?  Observe in the animation below that each path up to the top requires the same amount of work:                            W=Fdcos(Theta)

Note:  Thank you to the physicsclassroom.com for providing these videos and interactives.

Power

An Introduction to Power:

Note:  Thank you to Khan Academy for providing this video.

Energy

Work-Energy Theorem:

Potential & Kinetic Energy:

Note:  Thank you to Khan Academy for providing this video.

Note:  Thank you to Bozemane Science for providing this video.

Springs & Hooke's Law:

Note:  Thank you to Khan Academy for providing this video.

Note:  Thank you to Khan Academy for providing this video.

Conservation of Energy with Friction:

Note:  Thank you to Khan Academy for providing this video.

Energy Interactives & Animations:

Energy transformation on a roller coaster:

Energy transformation on an incline:

Energy transformation for a pendulum:

Click the buttons below for interactives to practice analyzing the elastic potential energy of a spring system and the conservation of energy demonstrated in a roller coaster:

Note:  Thank you to the physicsclassroom.com for providing these animations and interactives.

Energy Exam Review:

 

For an additional copy of our study guide, please click the button below.  Also, check your practice problems with the key below:

 

 

 

 

 

Check out the link to our Jeopardy PPT for further practice questions and review.  Just click on the 'Jeopardy PPT' button below:

Jeopardy PPT

Want more practice?  Check out the work, power, and energy practice problems posted on castle learning below:

Conservation of Energy:

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