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In Fig. 190, the long filaments parallel to each other have linear charge densities λ = 80pC/m, each of them. The distance between the filaments is l = 40cm. Find the maximum value of the magnitude of the electric force on a test charge "qo" located at a point P of the plane of symmetry of this system, located between the filaments. (k = 9 x 10°Nm²/C²) | POq. 1/2 B Fig.190

In Fig. 190, the long filaments parallel to each other have linear charge densities λ = 80pC/m, each of them. The distance between the filaments is l = 40cm. Find the maximum value of the magnitude of the electric force on a test charge "qo" located at a point P of the plane of symmetry of this system, located between the filaments. (k = 9 x 10°Nm²/C²) | POq. 1/2 B Fig.190

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In Fig. 190, the long filaments parallel to each other have linear charge densities λ = 80pC/m, each of them. The distance between the filaments is l = 40cm. Find the maximum value of the magnitude of the electric force on a test charge "qo" located at a point P of the plane of symmetry of this system, located between the filaments. (k = 9 × 10°Nm²/C²) 1 POqo 1/2 B Fig.190
Transcribed Image Text:In Fig. 190, the long filaments parallel to each other have linear charge densities λ = 80pC/m, each of them. The distance between the filaments is l = 40cm. Find the maximum value of the magnitude of the electric force on a test charge "qo" located at a point P of the plane of symmetry of this system, located between the filaments. (k = 9 × 10°Nm²/C²) 1 POqo 1/2 B Fig.190
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