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Law of Conservation of Mechanical Energy

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Law of Conservation of Mechanical Energy

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In this game, players will determine whether various nouns are consistent with the Law of Conservation of Mechanical Energy, which states that the total mechanical energy in a closed system remains constant if only conservative forces are acting. Players will answer ✅ for nouns that align with this principle and ❌ for those that do not.

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lea
lea
Philippines

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Law of Conservation of Mechanical Energy
 

Law of Conservation of Mechanical EnergyOnline version

In this game, players will determine whether various nouns are consistent with the Law of Conservation of Mechanical Energy, which states that the total mechanical energy in a closed system remains constant if only conservative forces are acting. Players will answer ✅ for nouns that align with this principle and ❌ for those that do not.

by lea
1

A pendulum eventually stops due to conservation of mechanical energy.

2

A spring stores elastic potential energy when compressed.

3

A pendulum swings back and forth while conserving mechanical energy.

4

A ball thrown upwards loses all its energy at the peak.

5

Potential energy can exist without kinetic energy in a moving system.

6

Mechanical energy is always conserved in real-world scenarios.

7

Potential energy can be converted into kinetic energy.

8

A ball thrown upwards converts kinetic energy to potential energy.

9

The energy of a bouncing ball is conserved in a frictionless scenario.

10

A car accelerating uphill gains mechanical energy without any input.

 
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