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Diagnóstico Eléctrico: Rúbrica de Temas

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Diagnóstico Eléctrico: Rúbrica de Temas

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Caso práctico de electricidad

Created by

Andy Alexander Calva Condoy
Andy Alexander Calva Condoy
Ecuador

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Diagnóstico Eléctrico: Rúbrica de Temas
 

Diagnóstico Eléctrico: Rúbrica de TemasOnline version

Caso práctico de electricidad

by Andy Alexander Calva Condoy
1

Qué mide la resistencia eléctrica en un circuito?

2

Si la tensión es constante y la resistencia aumenta, ¿qué pasa con la corriente?

3

En un circuito en serie, ¿cuál es característica clave?

4

¿Qué sucede al añadir más resistencias en paralelo?

5

Qué equipo protege contra sobrecargas en casa?

6

¿Qué símbolo representa una fuente de voltaje en un diagrama?

7

¿Qué mide un multímetro en modo DC?

8

¿Qué indica un cable verde o amarillo/verde en instalaciones?

9

¿Qué implica un valor de resistencia muy alta en un componente?

10

¿Qué práctica de seguridad es clave al trabajar con electricidad?

Explicación

La resistencia impide o limita la corriente; la tensión impulsa al flujo.

Según Ohm, I = V/R; mayor R reduce I.

En serie, la corriente es constante; voltajes se reparten según R.

En paralelo, I se reparte y Rtotal disminuye.

Disyuntores/fusibles interrumpen el circuito ante excesos.

La fuente de voltaje se representa como batería o círculo con polos.

DC es corriente continua; mide V, I, R en ese modo.

El verde (con o sin naranja) es de protección a tierra.

Alta R limita I; menos corriente pasa.

Seguro: desconectar, verificar y usar protección adecuada.

 
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