explanation of the relation between resistivity & conductivity
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Answered by
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Hii
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The relation between resistivity and conductivity is:
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Resistivity is a measure of the resistance to the flow of electrons. Think of a pipe and water,
the bigger the pipe, the easier water can flow and thus the lower the resistance. Conductivity is just the inverse ofresistivity, σ = 1/ρ, where σ isconductivity and ρ is resistivity.
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It may be help you
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PLZZZ MARK AS BRAINLIEST........
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The relation between resistivity and conductivity is:
.
.
Resistivity is a measure of the resistance to the flow of electrons. Think of a pipe and water,
the bigger the pipe, the easier water can flow and thus the lower the resistance. Conductivity is just the inverse ofresistivity, σ = 1/ρ, where σ isconductivity and ρ is resistivity.
.
.
.
.
.
It may be help you
.
.
.
PLZZZ MARK AS BRAINLIEST........
Answered by
0
if ¶ is the resistivity then
conductivity =(1֦)
thus, resistivity = (1÷ conductivity)
conductivity =(1֦)
thus, resistivity = (1÷ conductivity)
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