Given below are two statements: Statement I : The equivalent...

The formula for series equivalent resistance is given by

${R}_{s} = {R}_{1} + {R}_{2} + . . . . . . + {R}_{n}$.

Hence, the equivalent resistance will be the highest value compared to other resistances.

The resistivity of a material is given by,

$ρ = {ρ}^{0}\left(1 + \alpha\DeltaT\right)$

Clearly, the resistivity is dependant on temperature.

Hence, this is the right option.