If VA and VVB are the potentials of the two points A and B, what will – McqOptions

MCQOPTIONS

1.	If VA and VVB are the potentials of the two points A and B, what will be the correct relation between the electric field and the potential difference between the points? The distance between the points is d.
A.	VA-VB=Ed
B.	VB-VA=Ed
C.	VA-VB=\(\frac {E}{d}\)
D.	VA-VB=\(\frac {d}{E}\)
Answer» C. VA-VB=\(\frac {E}{d}\)

Discussion

No Comment Found

Related MCQs

If a charged body is moved in an electric field against the Coulomb force, then ________
Earth’s potential is _______
By performing a set of experiments, a scientist found that the electric field between two points A and B is zero. What can he conclude regarding the potential of the two points?
The electric potential difference between two points is a path function. The statement is __________
1 V/m= _______
1 electron volt= __________ J.
Electric potential varies with distance such that V(x) =ax-bx3; where a and b are constants. Where will the electric field intensity be zero?
What is the dimension of electric potential?
If VA and VVB are the potentials of the two points A and B, what will be the correct relation between the electric field and the potential difference between the points? The distance between the points is d.
Work done to bring a unit positive charge from infinity to a point in an electric field is known as _______