Kinetic Energy
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Hello, fifth graders. It is Elizabeth here, and I want to talk to you about mechanical energy.
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What is that? Well, mechanical energy has kinetic energy and potential energy.
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But really, what is mechanical energy? So mechanical energy is the energy that produces
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is movement. All right, how many types are there? There's two types, kinetic and potential.
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So all you have to remember is movement, two types, kinetic and potential. Now, what are those?
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So now we're going to talk about what they are. Kinetic energy is energy in the form of movement.
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We all know what movement is, right?
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This is kinetic energy.
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But if I was standing in a tree,
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I would have potential energy.
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And now I will explain to you why.
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Kinetic energy, a good example of this
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would be riding your bicycle.
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Or when you throw a baseball.
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So that, why the ball is moving,
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that's kinetic energy, making it move.
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And then another example in nature would be moving water.
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- Idioma/s:
- Autor/es:
- Elisabeth Dumbrowski
- Subido por:
- M.lourdes M.
- Licencia:
- Reconocimiento - No comercial
- Visualizaciones:
- 67
- Fecha:
- 7 de mayo de 2020 - 20:49
- Visibilidad:
- Clave
- Centro:
- CP INF-PRI SAN PABLO
- Duración:
- 01′ 35″
- Relación de aspecto:
- 16:9 Es el estándar usado por la televisión de alta definición y en varias pantallas, es ancho y normalmente se le suele llamar panorámico o widescreen, aunque todas las relaciones (a excepción de la 1:1) son widescreen. El ángulo de la diagonal es de 29,36°.
- Resolución:
- 848x480 píxeles
- Tamaño:
- 17.83 MBytes