The variation of electric field on the y-axis as a function of 'y' is best represented by [for the given figure]:

Two very large thin conducting plates having same cross sectional area are placed as shown in figure. They are carrying chaerges Q and 3Q , respectivley. The variation of electric field as as function at x(for x=0 to x=3d ) will be best represented as by A. B. C. D.

The magnitude and direction of the electric field at point P can be best represented by

The magnitude and direction of the electric field at point P can be best represented by

Y axis can be represented by ......

Which graph best represents the variation of electric potential as a function of distance from the centre of a uniformly charged solid sphere of charge of radius R ?

Two very large thin conducting plates having same cross sectional area are placed as shown in figure. They are carrying chaerges Q and 3Q , respectivley. The variation of electric field as as function at x(for x=0 to x=3d ) will be best represented as by

Two very large thin conducting plates having same cross sectional area are placed as shown in figure. They are carrying chaerges Q and 3Q , respectivley. The variation of electric field as as function at x(for x=0 to x=3d ) will be best represented as by

Two very large thin conducting plates having same cross sectional area are placed as shown in figure. They are carrying charges Q and 3Q , respectively. The variation of electric field as a function at x (for x=0 to x=3d ) will be best represented by