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Questions and Answers
What happens to kinetic energy when gravitational potential energy increases in this experiment?
What happens to kinetic energy when gravitational potential energy increases in this experiment?
What does the experiment suggest about the total amount of energy throughout the process?
What does the experiment suggest about the total amount of energy throughout the process?
In the experiment with four different tracks, how would the energy conservation principle affect the ball bearing's distance from the table?
In the experiment with four different tracks, how would the energy conservation principle affect the ball bearing's distance from the table?
When filling in the energy values for the experiments, which principle must be kept in mind?
When filling in the energy values for the experiments, which principle must be kept in mind?
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What is likely the goal of the classroom experiment involving a ball bearing and a roller coaster track?
What is likely the goal of the classroom experiment involving a ball bearing and a roller coaster track?
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Study Notes
Conservation of Energy
- Energy is conserved during movement.
- Gravitational Potential Energy (GPE) changes with height
- Kinetic Energy (KE) changes with speed.
- The total energy (GPE +KE) stays the same.
- Different tracks affect the distance a ball bearing travels when released from the same height.
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Description
Test your understanding of the conservation of energy principles! This quiz covers concepts like gravitational potential energy, kinetic energy, and how different conditions affect energy transfer during movement. Perfect for students learning about energy in physics.
