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Consider two spheres of radii R carrying uniform charges +p,. R = 0.6d. Determine the magnitude and direction of the electric field intensity E at the following points: (a) 2d, 0,0.5d, (b) 2d, 0, -0.5d, (c) 0.2d, 0,0, (d) –0.2d, 0,0 , (e) 0.2d, 0,0.3d , (f)-0.2d, 0, –0.3d . Sketch the electric field vector E for each of these points. P R R r (iv) (i) (iii) (ii) (0,0, –d/2) (0,0, +d/2) -Po +Po y N

Consider two spheres of radii R carrying uniform charges +p,. R = 0.6d. Determine the magnitude and direction of the electric field intensity E at the following points: (a) 2d, 0,0.5d, (b) 2d, 0, -0.5d, (c) 0.2d, 0,0, (d) –0.2d, 0,0 , (e) 0.2d, 0,0.3d , (f)-0.2d, 0, –0.3d . Sketch the electric field vector E for each of these points. P R R r (iv) (i) (iii) (ii) (0,0, –d/2) (0,0, +d/2) -Po +Po y N

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Consider two spheres of radii R carrying uniform charges +p,. R = 0.6d. Determine the magnitude and direction of the electric field intensity E at the following points: (a) 2d, 0,0.5d, (b) 2d, 0, -0.5d , (c) 0.2d, 0,0, (d) –0.2d, 0,0, (e) 0.2d, 0,0.3d , (f)-0.2d, 0, –0.3d . Sketch the electric field vector E for each of these points. R R r r' (iv) (i) (iii) (ii) (0,0, -d/2) (0,0, +d/2) +Pp y N
Transcribed Image Text:Consider two spheres of radii R carrying uniform charges +p,. R = 0.6d. Determine the magnitude and direction of the electric field intensity E at the following points: (a) 2d, 0,0.5d, (b) 2d, 0, -0.5d , (c) 0.2d, 0,0, (d) –0.2d, 0,0, (e) 0.2d, 0,0.3d , (f)-0.2d, 0, –0.3d . Sketch the electric field vector E for each of these points. R R r r' (iv) (i) (iii) (ii) (0,0, -d/2) (0,0, +d/2) +Pp y N
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