4m and height vertices of a rectangle of base a point loads (see figure). The origin of the coordinate system lies at the conter of the rectangle. Determine the electric fleld In the center of the rectangle(). xercise are located four Figure 2: Point loads in a rectangle. Data: / q] = 1nC; k = 8.98 x 10° Nm2/ C2

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Exercise 4.4: At the vertices of a rectangle of base a = 4m and height b = 2m are located four,
point loads (see figure). The origin of the coordinate system lies at the center of the
rectangle. Determine the electric fleld In the center of the rectangle(Po).
X(+)
Figure 2: Point loads in a rectangle.
Data: / q] = 1nC; k = 8.98 x 10° Nm2 / C2
Transcribed Image Text:Exercise 4.4: At the vertices of a rectangle of base a = 4m and height b = 2m are located four, point loads (see figure). The origin of the coordinate system lies at the center of the rectangle. Determine the electric fleld In the center of the rectangle(Po). X(+) Figure 2: Point loads in a rectangle. Data: / q] = 1nC; k = 8.98 x 10° Nm2 / C2
Ejercicio 4.4: En los vértices de un rectángulo de base a = 4m y altura b = 2m se sitúan cuatro
cargas puntuales (ver figura). El origen del sistema de coordenadas se encuentra en el centro del
rectángulo. Determinar el campo eléctrico en el centro del rectángulo (A).
X(+)
Figura 2: Cargas puntuales en un rectángulo.
Datos: g| = 1 nC; ke = 8,98 × 10º Nm2/C2
%3D
Transcribed Image Text:Ejercicio 4.4: En los vértices de un rectángulo de base a = 4m y altura b = 2m se sitúan cuatro cargas puntuales (ver figura). El origen del sistema de coordenadas se encuentra en el centro del rectángulo. Determinar el campo eléctrico en el centro del rectángulo (A). X(+) Figura 2: Cargas puntuales en un rectángulo. Datos: g| = 1 nC; ke = 8,98 × 10º Nm2/C2 %3D
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This problem can be solved using Columbs law. We have to just consider only direction of the field.

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