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Cargas, Fuerza y Campo Eléctrico

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Cargas, Fuerza y Campo Eléctrico

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Conceptos clave de electrostática

Created by

Federico Caramés
Federico Caramés
Uruguay

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Cargas, Fuerza y Campo Eléctrico
 

Cargas, Fuerza y Campo EléctricoOnline version

Conceptos clave de electrostática

by Federico Caramés
1

Qué describe la ley de Coulomb?

2

Unidad de carga eléctrica en el SI

3

Definición de campo eléctrico

4

Qué es una partícula puntual

5

Dirección del campo eléctrico

6

Qué pasa si duplicas la distancia r en F = k q1 q2 / r^2

7

Si dos cargas se repelen, la fuerza es

8

Valor aproximado de la constante k (coulomb)

9

Expresión del campo eléctrico por una carga Q a distancia r

10

Qué dice la superposición del campo eléctrico

Explicación

La Ley de Coulomb establece F ∝ (q1 q2)/r^2, dependiendo de las magnitudes y la distancia.

La carga eléctrica se mide en coulombs.

El campo eléctrico es el entorno que asigna una fuerza a una carga de prueba.

Una partícula puntual se modela como punto con masa y carga.

El campo se dirige desde cargas positivas hacia negativas para una prueba positiva.

La dependencia 1/r^2 hace que duplicar r reduzca F a 1/4.

Cargas del mismo signo se repelen entre sí.

La constante en la ley de Coulomb es k ≈ 8.99×10^9.

El campo eléctrico debido a una carga puntual es E = k Q / r^2.

El campo resultante es la suma vectorial de los campos individuales.

 
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