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Question

Drawings I and II show two samples of electric field lines. Then :


6227_6970328d2e4842fbb45a1724f4252598.png
  1. the electric fields in both I and II are produced by negative charge located somewhere on the left and positive charges located somewhere on the right
  2. in both I and II the electric field is the same everywhere
  3. in both cases the field becomes stronger on moving from left to right
  4. the electric field in I is the same everywhere, but in II the electric field becomes stronger on moving from left to right

A
in both I and II the electric field is the same everywhere
B
the electric field in I is the same everywhere, but in II the electric field becomes stronger on moving from left to right
C
in both cases the field becomes stronger on moving from left to right
D
the electric fields in both I and II are produced by negative charge located somewhere on the left and positive charges located somewhere on the right
Solution
Verified by Toppr

The magnitude of electric field at a point can be determined by knowing how closely are the electric field lines packed at that particular point.
In case 1: the field lines are equally spaced everywhere.
In case 2: the field lines are spaced more closely in the right than in the left.

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