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Desafío de Leyes de Newton

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Desafío de Leyes de Newton

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About this activity

¡Pon a prueba tus conocimientos!

Created by

Eddie Omar Flores Aceituno
Eddie Omar Flores Aceituno
Guatemala

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Desafío de Leyes de Newton
 

Desafío de Leyes de NewtonOnline version

¡Pon a prueba tus conocimientos!

by Eddie Omar Flores Aceituno
1

Si la masa aumenta, la aceleración aumenta manteniendo la misma fuerza.

2

La Tercera Ley de Newton afirma que las fuerzas ocurren en pares, iguales en magnitud y opuestas en dirección.

3

La primera ley implica que cualquier objeto en movimiento constante necesita una fuerza para mantener la velocidad.

4

La Segunda Ley de Newton establece F = m a, donde la aceleración es proporcional a la fuerza neta y inversamente proporcional a la masa.

5

Al empujar una pared, no hay fuerzas de reacción visibles en la pared (no hay pares de acción-reacción).

6

La Primera Ley de Newton dice que un objeto permanece en reposo o continúa moviéndose en línea recta si no actúan fuerzas netas.

7

La aceleración de un objeto es la resultante de la suma vectorial de las fuerzas netas que actúan sobre él.

8

La aceleración de un objeto depende solo de la velocidad inicial, no de las fuerzas que actúan.

9

La Segunda Ley de Newton solo se aplica a objetos en reposo.

10

La magnitud de la aceleración es igual a la fuerza neta dividida por la masa: a = Fnet / m.

 
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