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Quiz: Conductividad y materiales

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Quiz: Conductividad y materiales

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About this activity

Propiedades eléctricas clave

Created by

Alan Nava
Alan Nava
Mexico

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Quiz: Conductividad y materiales
 

Quiz: Conductividad y materialesOnline version

Propiedades eléctricas clave

by Alan Nava
1

¿Qué es la conductividad eléctrica de un material?

2

¿Qué significa un material no conductor?

3

¿Qué define a un semiconductor?

4

¿Qué caracteriza la superconductividad?

5

¿Qué es el efecto fotovoltaico?

6

¿Qué implica la ferroelectricidad?

7

¿Qué define la piezoelectricidad?

8

¿En qué condiciones aparece la superconductividad?

9

¿Qué indica el efecto fotovoltaico en dispositivos?

10

¿Qué ejemplo clásico muestra piezoelectricidad?

Explicación

La conductividad cuantifica cuán bien circula la corriente a través del material.

Los no conductores tienen muy alta resistencia y casi no permiten el flujo de electrones.

La conductividad de semiconductores puede ajustarse por dopaje y temperatura.

En superconductores, la resistencia se anula a Tc bajo condiciones específicas.

La luz genera pares carga y separación en dispositivos PV.

La polarización se alinea y puede invertirse aplicando un campo eléctrico.

Al deformar un material piezoeléctrico, se genera un voltaje.

La superconductividad requiere enfriamiento a Tc específico para cada material.

Se basa en la generación y separación de portadores por la luz.

Materiales piezoeléctricos generan voltaje cuando se les aplica presión.

 
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