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A point charge of 6 micro C is located at the arigin A uniform line charge density of 180 nc/m lies along x axis and uniform sheet charge eqyal to 25 nc?/m2 lies in the z=0 plane find d bar at A(0, 0,4) and d bar at B(1, 1,4) and the total electric flux leaving the surface of the sphere of 4m radius centered at the origin

A point charge of 6 micro C is located at the arigin A uniform line charge density of 180 nc/m lies along x axis and uniform sheet charge eqyal to 25 nc?/m2 lies in the z=0 plane find d bar at A(0, 0,4) and d bar at B(1, 1,4) and the total electric flux leaving the surface of the sphere of 4m radius centered at the origin

Grade:12th pass

1 Answers

Arun
25763 Points
2 years ago

According to Gauss's law total flux leaving the closed surface is equal to the charge enclosed by the closed surface 

Qencl = (6 x 10-6) + (8 x 180 x 10-6) + (p x 42 x 25 x 10-9

= (6 x 10-6) + (1.44 x 10-6) + (1.257 x 10-6

= 8.697 μ Coulombs

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