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Desafío Cinemática: Caída Libre

Yes or No

(1)
Played 16 %Accuracy 69 Average time 02:40

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Sí o No: cinemática y caída libre.

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Colombia

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Desafío Cinemática: Caída Libre
 

Desafío Cinemática: Caída LibreOnline version

Sí o No: cinemática y caída libre.

by Edward Mora Ospina
1

El desplazamiento siempre es igual a la distancia recorrida.

2

En movimiento uniformemente acelerado, la velocidad final se obtiene sumando la velocidad inicial y la aceleración por el tiempo transcurrido: v = vi + a t.

3

La distancia recorrida en el primer segundo es igual a la recorrida durante el segundo segundo.

4

La velocidad media es igual a la velocidad final en todo movimiento.

5

El desplazamiento es la magnitud de la trayectoria total desplazada desde el punto inicial hasta el final, con dirección.

6

La distancia recorrida en caída libre desde una altura h sin resistencia del aire se calcula con d = (1/2) g t^2.

7

En caída libre, la aceleración depende del tiempo.

8

La velocidad instantánea es constante en cualquier movimiento de caída libre.

9

En caída libre cerca de la superficie terrestre, la aceleración es aproximadamente constante e igual a 9,8 m/s^2.

10

La velocidad media se obtiene dividiendo la distancia recorrida entre el tiempo transcurrido.

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