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Circuitos: ley de Ohm y simuladores

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Circuitos: ley de Ohm y simuladores

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Conceptos clave de Ohm y resistencias

Created by

Angélica Márquez Cortés
Angélica Márquez Cortés
Mexico

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Circuitos: ley de Ohm y simuladores
 

Circuitos: ley de Ohm y simuladoresOnline version

Conceptos clave de Ohm y resistencias

by Angélica Márquez Cortés
1

A mayor resistencia, menor corriente para una tensión fija.

2

La potencia de un resistor no depende de la tensión ni de la corriente.

3

En un circuito en paralelo, la resistencia total es igual a la resistencia de cualquiera de sus ramas.

4

La potencia eléctrica se calcula con P = V · I.

5

La Ley de Ohm se expresa como V = I · R.

6

En un simulador de circuitos se pueden medir voltaje, corriente y resistencia.

7

Un simulador no permite guardar o exportar simulaciones.

8

En un circuito en serie, la suma de las resistencias no afecta la corriente total.

9

En un circuito en serie, la corriente es la misma en todos los componentes.

10

La Ley de Ohm se aplica a todas las fuentes de energía sin excepción.

 
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