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Work, Energy and Power

28 Lessons 2 hours

Explore the concepts of mechanical energy, potential and kinetic energy, work, power, and conservation of energy through examples like pendulum, roller coaster, and inclined plane.

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Tutorial Lessons

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Introduction to Mechanical Energy

Introduction to Mechanical Energy

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Potential Energy

Potential Energy

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3

Gravitational Potential Energy Calculations

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Kinetic Energy

Kinetic Energy

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5

Checking Units

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6

Mechanical Energy

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7

Conservation of Mechanical Energy

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Inclined Plane Example

Using the Law of Conservation of Energy

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Inclined Plane Example

Conservation of Energy Example

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Inclined Plane Example

Pendulum Example

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Inclined Plane Example

Roller Coaster Example

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Inclined Plane Example

Inclined Plane Example

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Summary and Main Ideas

Summary and Main Ideas

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14

Introduction to Work, Energy and Power

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Calculating Work on a Box at an Angle

Work

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Calculating Work on a Box at an Angle

Work Continued

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Calculating Work on a Box at an Angle

Calculating Work on a Car

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Calculating Work on a Box at an Angle

Calculating Work on a Box at an Angle

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Net Work

Net Work

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Net Work

Net Work Continued

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21

Work-Energy Theorem

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22

Work-Energy Theorem Examples

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Block on an Inclined Plane

Block on an Inclined Plane

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Conservation of Energy

Conservation of Energy

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Non-Conservative Forces Continued

Non-Conservative Forces Continued

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Power

Power

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More Power Calculations

More Power Calculations

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Summary and Main Ideas

Summary and Main Ideas

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