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Quiz de Energía Mecánica

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Quiz de Energía Mecánica

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About this activity

Conoce la energía mecánica

Created by

Samuel Guerrero Vanegas Guerrero Vanegas
Samuel Guerrero Vanegas Guerrero Vanegas
El Salvador

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Quiz de Energía Mecánica
 

Quiz de Energía MecánicaOnline version

Conoce la energía mecánica

by Samuel Guerrero Vanegas Guerrero Vanegas
1

¿Qué es la energía mecánica?

2

¿Qué describe la energía cinética (KE)?

3

¿Qué describe la energía potencial gravitatoria (PE)?

4

La fórmula de la energía cinética es:

5

La energía mecánica se conserva en:

6

Si un objeto aumenta su altura sin cambiar masa, ¿qué ocurre con PE?

7

Si la velocidad de un cuerpo sube, ¿qué pasa con KE?

8

¿Qué sucede con la energía mecánica cuando solo hay fricción?

9

Un objeto con masa 2 kg está a 5 m de altura. PE = mgh. ¿Cuál es su PE?

10

Si un tiro parabólico conserva energía mecánica, ¿qué se mantiene constante?

Explicación

La energía mecánica se define como KE + PE en un sistema. Las otras opciones describen otros tipos de energía.

KE depende de la masa y la velocidad; cuanto más rápido, mayor KE.

PE depende de la altura y la masa: PE = mgh.

La forma correcta usa 1/2 y la velocidad al cuadrado.

En ausencia de fuerzas externas, Etotal permanece constante.

PE = mgh; al subir, h aumenta, PE aumenta.

KE depende de v^2; aumentar v aumenta KE.

La fricción convierte KE/PE en calor, reduciendo Etotal disponible.

Calcula PE = mgh; aquí 2×9.8×5 = 98 J.

En sistema aislado, Etotal = KE + PE se mantiene constante.

 
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