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Ohm: Voltaje, Corriente y Resistencia

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Ohm: Voltaje, Corriente y Resistencia

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About this activity

Relación V=IR práctica

Created by

Jefferson Guancha
Jefferson Guancha
Ecuador

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Ohm: Voltaje, Corriente y Resistencia
 

Ohm: Voltaje, Corriente y ResistenciaOnline version

Relación V=IR práctica

by Jefferson Guancha
1

En un conductor, si el voltaje se duplica manteniendo la resistencia constante, ¿qué sucede con la corriente?

2

Si la resistencia es de 5 Ω y la corriente es 2 A, ¿cuál es el voltaje aplicado?

3

La Ley de Ohm dice que, para un conductor, I es proporcional a V. ¿Qué función representa esa relación?

4

Si aumentas la resistencia manteniendo el voltaje constante, ¿qué ocurre con la corriente?

5

Un conductor tiene V=12 V y R=4 Ω. ¿Qué corriente fluye?

6

¿Qué unidad se usa para medir la resistencia?

7

Si la corriente es 0 A, ¿qué estado describe el voltaje si R>0?

8

En un circuito con R constante, ¿qué ocurre si duplica V?

9

¿Qué cantidad representa la pendiente de una gráfica I vs V para un resistor ideal?

10

Si R cambia de 10 Ω a 5 Ω manteniendo V constante, ¿cuál es el efecto en I?

Explicación

La corriente es proporcional al voltaje (I=V/R); si V duplica, I duplica cuando R es constante.

V=IR; 5 Ω × 2 A = 10 V.

I es proporcional a V con constante de proportionalidad 1/R, por eso I=V/R.

I=V/R; al subir R, I disminuye.

I=V/R; 12/4 = 3 A.

La unidad de resistencia es el ohm.

I=V/R; si I=0 y R>0, entonces V=0.

Con I=V/R, duplicar V duplica I.

La pendiente de I vs V es I/V = 1/R.

I=V/R; al doblar 1/R, I se duplica.

 
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