(Figure 3.41) shows the lines of constan...

(Figure 3.41) shows the lines of constant potential in region in which an electric field is present. The values of potentials are written in brackets. At which points A, B or C, the electric field is greatest.
.

Text Solution

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E is larger where equipotential surfaces are closer. ELOF is perpendicular to equipotential surfaces. In the figure, we can see that point B they are closer so E at point B is maximum.

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The neagative gradient of potential at any point in electric field is

electric intensity

electric flux

electric dipole moment

none of these

Figure 1.24 shows electric field lines corresponding to an electric field E. Figure suggests that.

`E_A lt E_B ot E_C`

` E_A=E_B=E_C`

`E_A=E_CltE_B`

` E_A=E_CgtE_B`

Fig. shows lines of constant potential in an electric field. Out of the three given points P,Q,R where is electric field intensity maximum and where is it minimum ?

maximum at Q and minimum at P

maximum at P and minimum at Q

maximum at Q and minimum at R

maximum at P and minimum at R

(Figure 3.41) shows the lines of constant potential in region in which an electric field is present. The values of potentials are written in brackets. At which points A, B or C, the electric field is greatest.
.

Text Solution

Topper's Solved these Questions

Similar Questions

Knowledge Check

The neagative gradient of potential at any point in electric field is

Figure 1.24 shows electric field lines corresponding to an electric field E. Figure suggests that.

Fig. shows lines of constant potential in an electric field. Out of the three given points P,Q,R where is electric field intensity maximum and where is it minimum ?

Similar Questions

CENGAGE PHYSICS-ELECTRIC POTENTIAL-Exercise 3.1

(Figure 3.41) shows the lines of constant potential in region in which an electric field is present. The values of potentials are written in brackets. At which points A, B or C, the electric field is greatest. .

Text Solution

Topper's Solved these Questions

Similar Questions

Knowledge Check

The neagative gradient of potential at any point in electric field is

Figure 1.24 shows electric field lines corresponding to an electric field E. Figure suggests that.

Fig. shows lines of constant potential in an electric field. Out of the three given points P,Q,R where is electric field intensity maximum and where is it minimum ?

Similar Questions

CENGAGE PHYSICS-ELECTRIC POTENTIAL-Exercise 3.1

(Figure 3.41) shows the lines of constant potential in region in which an electric field is present. The values of potentials are written in brackets. At which points A, B or C, the electric field is greatest.
.