how resistivity changes from conductor to insulator
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Usually, Resistivity depends on Resistance, As the resistance, Goes on increasing, Resistivity also increases,
In a conductor , Resistance is very less that , Current can pass easily, Which means Resistivity is less here,
In an insulator, Resistance is too high that Current cannot pass through it, So Resistivity here is high,
Resistance = (Resistivity * Length of Material)/(Area of Material),
This is the formula for it,
And here is your answer,
Hope you understand, Have a great day !
- Bunti 360 !!
In a conductor , Resistance is very less that , Current can pass easily, Which means Resistivity is less here,
In an insulator, Resistance is too high that Current cannot pass through it, So Resistivity here is high,
Resistance = (Resistivity * Length of Material)/(Area of Material),
This is the formula for it,
And here is your answer,
Hope you understand, Have a great day !
- Bunti 360 !!
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