The figure shows some of the electric field lines corresponding to an electric field. The figure suggests

Options

A. `E_(a)gtE_(B)gtE_(C)`
B. `E_(A)=E_(B)=E_(C)`
C. `E_(a)=E_(C)gtE_(B)`
D. `E_(A)gtE_(C)gtE_(B)`

Answer

C

Explanation

Electric field intensity at a particular point is directly proportional to the number of electric line of forces crossing per unit area ,
`rArrE_(A)=E_(C)` .... (i)
As , density of electric line of force in region A and C is more as compared to B .
Hence Eqs , (i) and (ii) , were get
`E_(A)=E_(C)gtE_(B)`