Resistance of a straight conductor does not depend upon its

shape of the cross-section

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temperature

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Solution

The correct option is A shape of the cross-section
$R = ρ \frac{L}{A}$
$ρ$ depends on the material and also on temperature, $L$ is length of the conductor and $A$ is the cross section area.
Hence , according to the equation, resistance is independent of the shape of the conductor.

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Similar questions

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How does the resistance of conductor depend on:
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Resistance of a straight conductor does not depend upon its

The correct option is A shape of the cross-sectionR=ρLAρ depends on the material and also on temperature, L is length of the conductor and A is the cross section area.Hence , according to the equation, resistance is independent of the shape of the conductor.

The correct option is A shape of the cross-section
$R = ρ \frac{L}{A}$
$ρ$ depends on the material and also on temperature, $L$ is length of the conductor and $A$ is the cross section area.
Hence , according to the equation, resistance is independent of the shape of the conductor.