Question

If area of conductor increase then resistance of a conductor

Answer 1

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We know that :-

$\LARGE{\boxed{\boxed{\green{\sf{R \: \propto \: {\frac{L}{A}}}}}}}$

In the above formula :-

R is resistance

L is conductor length

A is Area of Cross Section

==============================

R is directly proportional to Length.

And inversely proportional to Area of Cross Section

_______________________

A.T.Q,

If Area increases than Resistance decreases in conductor

________________________________________

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Answer 2

$\huge{\boxed{\boxed{\mathfrak{\pink{Answer}}}}}$

We know that :-

$\LARGE{\boxed{\boxed{\green{\sf{R \: \propto \: {\frac{L}{A}}}}}}}$

In the above formula :-

R is resistance

L is conductor length

A is Area of Cross Section

==============================

R is directly proportional to Length.

And inversely proportional to Area of Cross Section

_______________________

A.T.Q,

If Area increases than Resistance decreases in conductor

________________________________________