At a point in space, the electric field points towards north. In the region surrounding this point, the rate of change of potential will be zero along

Question

At a point in space, the electric field points towards north. In the region surrounding this point, the rate of change of potential will be zero along (A) north (B) south (C) north-south (D) east-west

Tardigrade Admin · Accepted Answer

Ee a s t - w e s t= text0⇒ ((d v/d r))e a s t - w e s t=0

Q. At a point in space, the electric field points towards north. In the region surrounding this point, the rate of change of potential will be zero along

north

south

north-south

east-west

$E_{e a s t - w es t} = 0 \Rightarrow (\frac{d v}{d r})_{e a s t - w es t} = 0$

Q. At a point in space, the electric field points towards north. In the region surrounding this point, the rate of change of potential will be zero along

north

south

north-south

east-west

Eeast−west​=0⇒(drdv​)east−west​=0

$E_{e a s t - w es t} = 0 \Rightarrow (\frac{d v}{d r})_{e a s t - w es t} = 0$