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Find the force (F) on a 10μC charge at (1, 1, 3)m if four like charges of 200μC are located on the x and y axes at ±4m. 8 Answer:

Find the force (F) on a 10μC charge at (1, 1, 3)m if four like charges of 200μC are located on the x and y axes at ±4m. 8 Answer:

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The region in which 4 <r < 5, 0< 0 < 35°, 0.6 < Ø < 1.2n charge density of py = 10(r – 4)(r – 5)sin0 sin sin (-). Outside the region, P, = 0. contains the volume 7 Find the charge within the region. Answer: Find the force(F) on a 10µC charge at (1,1,3)m if four like charges of 200µC are located on the x and y axes at ±4m. 8 Answer: A point charge 5nC is located (2,0, 4) and a point charge -2nC is located at (–3,0,5). Find Ē at (1, –3, 7). Answer: A –1.63pC charge located at the origin in free space produces a field at point P(-2, 1, -1). Find E at (1, 6, 7). 10 Answer:
Transcribed Image Text:The region in which 4 <r < 5, 0< 0 < 35°, 0.6 < Ø < 1.2n charge density of py = 10(r – 4)(r – 5)sin0 sin sin (-). Outside the region, P, = 0. contains the volume 7 Find the charge within the region. Answer: Find the force(F) on a 10µC charge at (1,1,3)m if four like charges of 200µC are located on the x and y axes at ±4m. 8 Answer: A point charge 5nC is located (2,0, 4) and a point charge -2nC is located at (–3,0,5). Find Ē at (1, –3, 7). Answer: A –1.63pC charge located at the origin in free space produces a field at point P(-2, 1, -1). Find E at (1, 6, 7). 10 Answer:
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