Electric Potential MCQ Level - 1


25 Questions MCQ Test | Electric Potential MCQ Level - 1


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This mock test of Electric Potential MCQ Level - 1 for Class 12 helps you for every Class 12 entrance exam. This contains 25 Multiple Choice Questions for Class 12 Electric Potential MCQ Level - 1 (mcq) to study with solutions a complete question bank. The solved questions answers in this Electric Potential MCQ Level - 1 quiz give you a good mix of easy questions and tough questions. Class 12 students definitely take this Electric Potential MCQ Level - 1 exercise for a better result in the exam. You can find other Electric Potential MCQ Level - 1 extra questions, long questions & short questions for Class 12 on EduRev as well by searching above.
QUESTION: 1

An electric field is expressed as . Find the potential diference (VA-VB) between two points A and B whose position vectors are given by  and      

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QUESTION: 2

The potential function of an electrostatic field is given by V = 2x2. Determine the electric field strength at the point (2 m, 0.3 m).

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QUESTION: 3

Figure  shows equipotential surfaces concentric at O, the magnitude of electric field at a distance r measured from O is

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QUESTION: 4

The electric field in a certain region is A/x3. Then the potential at a point (x, y, z) assuming the potential at infinity to be zero is

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QUESTION: 5

Find the potential V of an electrostatic field  , where a is constant.

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QUESTION: 6

Consider a system of three charge q/3, q/3 and -2q/3 placed at points A, B and C respectively as shown in figure. Take O to be the circle of radius R and angle CAB = 600.

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QUESTION: 7

Two equal positive charges are kept at points A and B. The electric potential at the points between A and B (excluding these points) is studied while moving from A to B. The potential

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QUESTION: 8

Figure shows three paths along which we can move positively charged sphere A closer to positively charged sphere B which is fixed in a plane. if W1, W2 and W3 are the work done along the three respective paths, then

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QUESTION: 9

The work done in moving an electron of charge e and mass m from A to B along the circular path (shown in figure) in the vertical plane in the field of charge Q is

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QUESTION: 10

Four similar point charges q are located at the vertices of a tetrahedron with an edge a. The energy of the interaction of charges is :

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QUESTION: 11

In the electric field of a point charge q, a certain charge is carried from point A to B, C, D and E. Then the work done

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QUESTION: 12

Four equal charges Q are placed at the four corners of a square of each side is a. Work done in removing a charge -Q from its centre of infinity is

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QUESTION: 13

Ten electrons are equally spaced and fixed around a circle of radius R. Relative to V = 0 at infinity, the electrostatic potential V and the electric field E at the centre C are

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QUESTION: 14

The displacement of a charge Q in the electric field  The work done is 

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QUESTION: 15

Three charges Q + q and +q are placed at the vertices of a right-angled isosceles triangle as shown. The net electrostatic energy of the configuration is zero if Q is equal to

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QUESTION: 16

Electric potential at any point is , then the magnitude of the electric field is

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QUESTION: 17

Equipotential surfaces associated with an electric field which is increasing in magnitude along the x-direction are.

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QUESTION: 18

Figure shown three points A, B and C in a region of uniform electric field  The line AB is perpendicular and BC is parallel to the field lines. Then which of the following holds good. Where VA, VB and VC represent the electric potential at points A, B and C respectively

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QUESTION: 19

A charge +q is fixed at each of the points x = x0, x = 3x0, x = 5x0....... infinite, on the x-axis and a charge -q is fixed at each of the points x = 2x0, x = 4x0, x = 6x0..... infinite. Here x0 is a positive constant. Take the electric potential at a point due to a charge Q at a distance r from it to be  Then, the potential at the origin due to the above system of charges is

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QUESTION: 20

A non-conducting ring of radius 0.5 m carries a total charge of 1.11×10-10C distributed non-uniformly on its circumference producing an electric field  everywhere in space. The value of the line integral  being centre of the ring) in volts is

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QUESTION: 21

A charged particle q is shot towards another charged particle Q which is fixed, with a speed v. It approaches Q upto a closest distance r and then returns. if q were given a speed 2v, the closest distances of approach would be

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QUESTION: 22

The electric potential at a point distant r from an electric dipole is proportional to

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QUESTION: 23

In the electric field of a point charge q shown, a charge is carried from A to B and from A to C. Compare the work done

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QUESTION: 24

The potential at a point x (measured in μm) due to some charges situated on the X-axis is given by 

 

The electric field E at x = 4 μm is given by :

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QUESTION: 25

The electric potential at a point (x, y, z) is given by

The electric field  at that point is :

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