In above figure two hollow metal pipes are kept at distance d = 8.5cm. The radius of pipes is a = b = 0.5cm and potential at pipes are kept as + 2V and +2V respectively. As shown in above figure the space surrounding the pipes is filled with polymer epoxy with low conductivity of 50 S/ m. Find current (per unit length) which flows from one pipe to another.
In above figure two hollow metal pipes are kept at distance d = 8.5cm. The radius of pipes is a = b = 0.5cm and potential at pipes are kept as + 2V and +2V respectively. As shown in above figure the space surrounding the pipes is filled with polymer epoxy with low conductivity of 50 S/ m. Find current (per unit length) which flows from one pipe to another.
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a
In above figure two hollow metal pipes are kept at distanced = 8.5cm. The radius of pipes is a = b = 0.5cm
and potential at pipes are kept as + 2V and +2V respectively. As shown in above figure the space surrounding
the pipes is filled with polymer epoxy with low conductivity of 50 S/ m. Find current (per unit length) which
flows from one pipe to another.
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