The resistivity of a conductor depends on the collision time by an equation of the form A) $\rho$ proportional to. B)$\rho$ proportional to ^-1. C)$\rho$ proportional to ^-2. D)$\rho$0 proportional to ².

Question

Quizplus · Accepted Answer

The resistivity of a conductor is inversely proportional to the collision time, meaning as the collision time increases, the resistivity decreases, and vice versa. This is represented by the equation form where resistivity is proportional to the inverse of collision time ($\tau^{-1}$).

The Resistivity of a Conductor Depends on the Collision Time ρ\rhoρ

The Resistivity of a Conductor Depends on the Collision Time $\rho$