Electric Charges and Fields NEET Questions

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Electric Charges and Fields NEET Questions. We covered all the Electric Charges and Fields NEET Questions in this post for free so that you can practice well for the exam.

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Mock Test on Electric Charges and Fields for NEET Students

The potential is constant in a certain space. The value of E in that region is

A positive charge of 1 micro-coulomb is placed at the point defined by the vector r₁ = 3j. A negative charge of the same magnitude is placed at the point defined by r₂ = -3j. Calculate the potential at a point defined by the position vector r = 8i + 3j

The work done in taking a unit positive charge from infinity to a point against the electric forces is called

64 small identical drops of water having some charge combine to form a big drop. The ratio of the capacity of a big drop to a small drop is

A circular loop of radius R, carrying current I lies in x – y plane with its center at the origin. The total magnetic flux through x – y place is

The work required to bring the dipole from infinity to the point under consideration in such a way that + q and -q is at all times on the same equipotential surfaces known as

The electric field which is responsible for polarising a molecule of the dielectric be (polar or non-polar) is called the

A point charge Q is located at the origin the amount of work done in bringing a unit positive charge from infinity to the origin is

If a charge of 3C experiences a force of 3000N when it is moved in a uniform electric field, then the potential difference between two points separated by a distance of 1 cm will be

Mock Test on Electric Charges and Fields for NEET Students

The potential is constant in a certain space. The value of E in that region is

1. infinite

2. finite

3. zero

4. None of above

Option 3 – zero

A positive charge of 1 micro-coulomb is placed at the point defined by the vector r₁ = 3j. A negative charge of the same magnitude is placed at the point defined by r₂ = -3j. Calculate the potential at a point defined by the position vector r = 8i + 3j

1.261 volts

2. 160 volts

3. 60 volts

4.0

Option 1 – 261 volts

The work done in taking a unit positive charge from infinity to a point against the electric forces is called

1. Potential point

2. Potential gradient

3. Electric field

4. None of above

Option 1 – Potential point

64 small identical drops of water having some charge combine to form a big drop. The ratio of the capacity of a big drop to a small drop is

1. 1 : 2

2. 2 : 1

3. 4 : 1

4. 1 : 4

Option 3 – 4 : 1

A circular loop of radius R, carrying current I lies in x – y plane with its center at the origin. The total magnetic flux through x – y place is

1. directly proportional to R

2. inversely proportional to R

3. zero

4. None of above

Option 2 – inversely proportional to R

The work required to bring the dipole from infinity to the point under consideration in such a way that + q and -q is at all times on the same equipotential surfaces known as

1. potential energy

2. kinetic energy

3. dipole energy

4. static energy

Option 1 – potential energy

The electric field which is responsible for polarising a molecule of the dielectric be (polar or non-polar) is called the

1. molecular field

2. magnetic field

3. potential field

4. none of above

Option 1 – molecular field

A point charge Q is located at the origin the amount of work done in bringing a unit positive charge from infinity to the origin is

1. infinite

2. finite

3. zero

4. None of above

Option 1 – infinite

If a charge of 3C experiences a force of 3000N when it is moved in a uniform electric field, then the potential difference between two points separated by a distance of 1 cm will be

1. 1000V

2. 100V

3. 10V

4.9000V

Option 3 – 10V

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Mock Test on Electric Charges and Fields for NEET Students

The potential is constant in a certain space. The value of E in that region is

A positive charge of 1 micro-coulomb is placed at the point defined by the vector r₁ = 3j. A negative charge of the same magnitude is placed at the point defined by r₂ = -3j. Calculate the potential at a point defined by the position vector r = 8i + 3j

The work done in taking a unit positive charge from infinity to a point against the electric forces is called

64 small identical drops of water having some charge combine to form a big drop. The ratio of the capacity of a big drop to a small drop is

A circular loop of radius R, carrying current I lies in x – y plane with its center at the origin. The total magnetic flux through x – y place is

The work required to bring the dipole from infinity to the point under consideration in such a way that + q and -q is at all times on the same equipotential surfaces known as

The electric field which is responsible for polarising a molecule of the dielectric be (polar or non-polar) is called the

A point charge Q is located at the origin the amount of work done in bringing a unit positive charge from infinity to the origin is

If a charge of 3C experiences a force of 3000N when it is moved in a uniform electric field, then the potential difference between two points separated by a distance of 1 cm will be

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