A, B and C are three points in a uniform electric field. The electric potential is :

Question

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Answer 1

Hint:
Direction of Electric Field is from positive charge to negative charge.

Correct Option is B.
Explanation for the correct answer:
$∙$ Since, we know that Electric Potential decreases in the direction of Electric Field. In the given figure the Electric Potential is minimum at the right most side and is maximum at the left most side. Option D is incorrect.
$∙$ Potential is decreasing from left to right, thus it is maximum at point B and is minimum at point C. Option A and C are incorrect and Option B is correct.

Thus, only Option B is correct.

Answer 2

Hint:

Direction of Electric Field is from positive charge to negative charge.

Correct Option is B.

Explanation for the correct answer:

∙

Since, we know that Electric Potential decreases in the direction of Electric Field. In the given figure the Electric Potential is minimum at the right most side and is maximum at the left most side. Option D is incorrect.

∙

Potential is decreasing from left to right, thus it is maximum at point B and is minimum at point C. Option A and C are incorrect and Option B is correct.

Thus, only Option B is correct.

A, B and C are three points in a uniform electric field. The electric potential is :

Maximum at A

Maximum at B

Maximum at C

Same at all the three points A, B and C

The electric field and the electric potential at a point inside a shell are E and V respectively. Which of the following is correct?

The electric field and the electric potential at a point are E and V respectively. Then, the incorrect statements are :

Which of the following is true for uniform electric field ?

$A, B, C, D, P$ and $Q$ are points in uniform electric field. The potentials at these points are $V (A) = 2 v o l t$ . $V (P) = V (B) = V (D) = + 5 v o l t$ . $V (C) = 8 v o l t$ . The electric field at $P$ is:

Four equipotential curves in an electric field are shown in the figure. A,B,C are three points in the field. If electric intensity at A,B,C are $E_{A}, E_{B},$ and $E_{C}$ then:

A, B and C are three points in a uniform electric field. The electric potential is :

Maximum at A

Maximum at B

Maximum at C

Same at all the three points A, B and C

The electric field and the electric potential at a point inside a shell are E and V respectively. Which of the following is correct?

The electric field and the electric potential at a point are E and V respectively. Then, the incorrect statements are :

Which of the following is true for uniform electric field ?

A,B,C,D,P and Q are points in uniform electric field. The potentials at these points are V(A)=2 volt. V(P)=V(B)=V(D)=+5 volt. V(C)=8 volt. The electric field at P is:

Four equipotential curves in an electric field are shown in the figure. A,B,C are three points in the field. If electric intensity at A,B,C are EA​,EB​, and EC​ then:

$A, B, C, D, P$ and $Q$ are points in uniform electric field. The potentials at these points are $V (A) = 2 v o l t$ . $V (P) = V (B) = V (D) = + 5 v o l t$ . $V (C) = 8 v o l t$ . The electric field at $P$ is:

Four equipotential curves in an electric field are shown in the figure. A,B,C are three points in the field. If electric intensity at A,B,C are $E_{A}, E_{B},$ and $E_{C}$ then: