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Test de Ley de Ohm

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Test de Ley de Ohm

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Quiz sobre Ohm’s Law

Created by

Jovany
Jovany
Mexico

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Test de Ley de Ohm
 

Test de Ley de OhmOnline version

Quiz sobre Ohm’s Law

by Jovany
1

¿Qué expresa la ley de Ohm en una resistencia?

2

Si la tensión es 9 V y la resistencia es 3 Ω, ¿cuál es la corriente?

3

Una resistencia de 5 Ω recibe 10 A. ¿Qué tensión hay en ella?

4

¿Qué ocurre con la corriente si la resistencia aumenta manteniendo la tensión constante?

5

En un circuito con una fuente de 12 V y una resistencia de 4 Ω, ¿cuál es la potencia disipada?

6

¿Qué representa la resistencia en la ley de Ohm?

7

Si duplicas la tensión y mantienes la resistencia, ¿qué pasa con la corriente?

8

En un circuito en que V = 0 V, ¿cuál es la corriente en una resistencia real?

9

¿Qué ocurre con la potencia si la resistencia se mantiene y la tensión se duplica?

10

¿Qué unidad usa Ohm para medir la resistencia?

11

Si un circuito tiene I = 2 A y R = 8 Ω, ¿cuál es la tensión?

12

¿Qué relación hay entre V, I y R en una fuente ideal de tensión?

13

Si una resistencia tiene I = 0.5 A y R = 20 Ω, ¿qué tensión hay?

14

¿Qué sucede si aumentas la resistencia en un circuito con una fuente de voltaje fija?

15

En un circuito en serie, ¿qué pasa si una resistencia falla abiertamente?

Explicación

La corriente es proporcional al voltaje e inversamente proporcional a la resistencia.

I = V/R = 9/3 = 3 A.

V = I · R = 10 × 5 = 50 V.

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

P = V·I; o P = I²R; I = 12/4 = 3 A; P = 3×12 = 36 W.

La resistencia limita la corriente.

I = V/R; si V doubles, I doubles.

Con V = I·R, si V = 0 y R ≠ 0, I = 0.

P = V²/R; duplicar V eleva P por 4.

La resistencia se mide en ohmios.

V = I·R = 2×8 = 16 V.

En una fuente de tensión, V es fija; I depende de R.

V = I·R = 0.5×20 = 10 V.

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

Una falla abierta rompe el camino de la corriente.

 
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