2- show that if √XÃ = 0 and VXB = 0, then V. (AXB) = 0

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2- show that if √XÃ = 0 and VXB = 0, then V. (AXB) =
0
x-y plane and
and b is placed in the
3- A rectangle at sides
centered at the origin with its sides are paralled to the x- and
y-axes. Assume the rectangle carries uniform charge with
charge density is
a- Use Coulomb's law to find E at (0,0, 2)
b- Find the electric potential V at (0,0, 2)
Let
ay∞0, and b-you, use part(a) to find the
electric field due to an infinite sheet of charge.
C-
Transcribed Image Text:2- show that if √XÃ = 0 and VXB = 0, then V. (AXB) = 0 x-y plane and and b is placed in the 3- A rectangle at sides centered at the origin with its sides are paralled to the x- and y-axes. Assume the rectangle carries uniform charge with charge density is a- Use Coulomb's law to find E at (0,0, 2) b- Find the electric potential V at (0,0, 2) Let ay∞0, and b-you, use part(a) to find the electric field due to an infinite sheet of charge. C-
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