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RLC Circuit

Figure given ...

Question

Figure given below shows uniformly positively charged, thin rod of length $L$ and four points $A, B, C$ and $D$ at the same distance $d$ from the rod, with position as marked. If $V_{A}, V_{B}, V_{C}$ and $V_{D}$ are their respective potentials then.

V_{B} > V_{A} > V_{C} > V_{D}

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V_{B} > V_{A} > V_{C} = V_{D}

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V_{A} = V_{B} > V_{C} = V_{D}

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V_{D} > V_{B} > V_{A} > V_{C}

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Solution

The correct option is C $V_{A} = V_{B} > V_{C} = V_{D}$

$V α \frac{1}{r}$
none radius is less potential.
hence,
$V_{A} = V_{B} > V_{C} = V_{D}$

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Figure given below shows uniformly positively charged, thin rod of length L and four points A,B,C and D at the same distance d from the rod, with position as marked. If VA,VB,VC and VD are their respective potentials then.

The correct option is C VA=VB>VC=VDVα1rnone radius is less potential.hence,VA=VB>VC=VD

Figure given below shows uniformly positively charged, thin rod of length $L$ and four points $A, B, C$ and $D$ at the same distance $d$ from the rod, with position as marked. If $V_{A}, V_{B}, V_{C}$ and $V_{D}$ are their respective potentials then.

The correct option is C $V_{A} = V_{B} > V_{C} = V_{D}$

$V α \frac{1}{r}$
none radius is less potential.
hence,
$V_{A} = V_{B} > V_{C} = V_{D}$