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Question

If a charged body experiences a force of repulsion of magnitude F from a charge of q0, the electric field E of the charged body at a point lying not in between the 2 charges but on the same line joining two charges, is :


  1. <Fq0
  2. Fq0
  3. F
  4. >Fq0

A
<Fq0
B
F
C
>Fq0
D
Fq0
Solution
Verified by Toppr

Electric field of a charged body due to charge: q0=E0=Fq0
But the electric field of the charged body at a not in between two charges means the sum of field due to all point charges,i.e., E=Fq0+iFqi
So, E>Fq0

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