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THE ENERGY OFNASCARPOTENTIAL ENERGY KINETIC ENERGY FRICTION AND ENERGY NASCAR ENERGY UNIT LEARNING OUTCOMES LESSON 1: POTENTIAL ENERGYLESSON 2: KINETIC ENERGYLESSON 3: FRICTION AND ENERGY At the end

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How to fill out kinetic and potential energy

01

To calculate kinetic energy, use the formula KE = 0.5 * mass * velocity^2. Plug in the values for mass and velocity to find the kinetic energy.

02

To calculate potential energy, use the formula PE = mass * gravity * height. Plug in the values for mass, gravity, and height to find the potential energy.

Who needs kinetic and potential energy?

01

Kinetic and potential energy are important concepts in physics, so students studying physics or engineering would need to understand and work with these forms of energy.

02

Professionals in fields such as energy, mechanics, and construction also need to consider kinetic and potential energy in their work.

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What is kinetic and potential energy?

Kinetic energy is the energy of motion, while potential energy is the stored energy an object has due to its position or state.

Who is required to file kinetic and potential energy?

Individuals or organizations conducting activities involving energy transformation are required to report kinetic and potential energy.

How to fill out kinetic and potential energy?

To fill out kinetic and potential energy, one must calculate the kinetic energy using the formula 0.5 * mass * velocity^2 and potential energy using the formula mass * gravity * height.

What is the purpose of kinetic and potential energy?

The purpose of kinetic and potential energy is to explain the interplay between motion and stored energy in various systems.

What information must be reported on kinetic and potential energy?

The information to be reported includes the calculation of kinetic and potential energy values, units used, and description of the system analyzed.

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