The equipotential surfaces of certain field are shown in figyre, It is known that ` v_1 gt v_2`. Use this pattern to reproduce approximately the lines of this field and indicate their directon. Determine the region in which the intensity if the field is highest
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The equipotential surfaces of a certain electric field are shown in the fig. It is known that V_1> V_2 . Use this pattern to reproduce approximately the lines of force of this field. Also indicate the region in which the intensity of the electric field is highest.

Some equipotential surfaces are shown in the figure . Determine electric field at points A , B,C in (a) and in (b) .

The figure shows some of the electric field lines corresponding to an electric field. If E is the intensity of electric field and V is the potential

Two equipotential spherical surface having potential 20V and 0V are as shown in figure. There is no charge anywhere in space except on the surface of both the spheres. Then which of the following figure represents the nature of electric field in region between the spherical surfaces by electric lines of forces.

Two equipotential spherical surface having potential 20V and 0V are as shown in figure. There is no charge anywhere in space except on the surface of both the spheres. Then which of the following figure represents the nature of electric field in region between the spherical surfaces by electric lines of forces.

Two equipotential spherical surface having potential 20V and 0V are as shown in figure. There is no charge anywhere in space except on the surface of both the spheres. Then which of the following figure represents the nature of electric field in region between the spherical surfaces by electric lines of forces.

Three equipotential surfaces are shown in (Fig. 3.28) A. Draw the corresponding field lines and estimate the field strength at a point A where the distance between the surfaces is 4 cm. a.

Three equipotential surfaces are shown in (Fig. 3.28) A. Draw the corresponding field lines and estimate the field strength at a point A where the distance between the surfaces is 4 cm. a.