When the charges in the rod are in equilibrium, what is the magnitude $E$ of the electric field within the rod?

Express your answer in volts per meter to at least three significant figures.

In the figure, a conducting rod of length $L=31\mathrm{.}0cm$ moves in a magnetic field vec$(B)$ of magnitude $0\mathrm{.}460T$ directed into the plane of the figure. The rod moves with speed $v=6\mathrm{.}00\frac{m}{s}$ in the direction shown. $($Figure $1)$

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$E=$

$\frac{V}{m}$

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Part D

Which point, $a$ or $b,$ has a higher potential?

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a

b

Points a and $b$ have the same potential.