Q. The ends of the cylinder are made of conducting discs and the space between these discs are filled with an inhomogeneous ohmic medium whose conductivity o = L/z. Where L is the separation distance of the L discs. A d-c voltage V. is applied across the discs as shown on the right. Determine V. a) The total resistance between the discs b) The surface charge densities on the discs c) The volume charge density and the total amount of charge between the discs y
Q. The ends of the cylinder are made of conducting discs and the space between these discs are filled with an inhomogeneous ohmic medium whose conductivity o = L/z. Where L is the separation distance of the L discs. A d-c voltage V. is applied across the discs as shown on the right. Determine V. a) The total resistance between the discs b) The surface charge densities on the discs c) The volume charge density and the total amount of charge between the discs y
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Q. The ends of the cylinder are made of conducting
discs and the space between these discs are filled with
an inhomogeneous ohmic medium whose conductivity
o = L/z'. Where L is the separation distance of the
L
discs. A d-c voltage Vo is applied across the discs as
shown on the right. Determine
V.
a) The total resistance between the discs
b) The surface charge densities on the discs
c) The volume charge density and the total amount
of charge between the discs
y
N
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