358611 Assertion :
An emf is induced in a closed loop where magnetic flux is varied. The induced electric field in it is not a conservative field.
Reason :
The line integral around the closed loop is non-zero.

358612 A coil has 1,000 turns and \(500\;c{m^2}\) as its area. The plane of the coil is placed at right angles to a magnetic induction field of \(2 \times {10^{ - 5}}\;Wb/{m^2}\). The coil is rotated through \(180^{\circ}\) in 0.2 seconds. The average emf induced in the coil, in milli volts, is:

358613 Whenever a magnet is moved either towards or away from a conducting coil, an emf is induced, the magnitude of emf is independent of

358614 The induced emf can be produced in a coil by
(A) moving the coil with uniform speed inside uniform magnetic field.
(B) moving the coil with non uniform speed inside uniform magnetic field.
(C) rotating the coil inside the uniform magnetic field.
(D) changing the area of the coil inside the uniform magnetic field.
Choose the correct answer from the option given below.

358611 Assertion :
An emf is induced in a closed loop where magnetic flux is varied. The induced electric field in it is not a conservative field.
Reason :
The line integral around the closed loop is non-zero.

358612 A coil has 1,000 turns and \(500\;c{m^2}\) as its area. The plane of the coil is placed at right angles to a magnetic induction field of \(2 \times {10^{ - 5}}\;Wb/{m^2}\). The coil is rotated through \(180^{\circ}\) in 0.2 seconds. The average emf induced in the coil, in milli volts, is:

358613 Whenever a magnet is moved either towards or away from a conducting coil, an emf is induced, the magnitude of emf is independent of

358614 The induced emf can be produced in a coil by
(A) moving the coil with uniform speed inside uniform magnetic field.
(B) moving the coil with non uniform speed inside uniform magnetic field.
(C) rotating the coil inside the uniform magnetic field.
(D) changing the area of the coil inside the uniform magnetic field.
Choose the correct answer from the option given below.

358611 Assertion :
An emf is induced in a closed loop where magnetic flux is varied. The induced electric field in it is not a conservative field.
Reason :
The line integral around the closed loop is non-zero.

358612 A coil has 1,000 turns and \(500\;c{m^2}\) as its area. The plane of the coil is placed at right angles to a magnetic induction field of \(2 \times {10^{ - 5}}\;Wb/{m^2}\). The coil is rotated through \(180^{\circ}\) in 0.2 seconds. The average emf induced in the coil, in milli volts, is:

358613 Whenever a magnet is moved either towards or away from a conducting coil, an emf is induced, the magnitude of emf is independent of

358614 The induced emf can be produced in a coil by
(A) moving the coil with uniform speed inside uniform magnetic field.
(B) moving the coil with non uniform speed inside uniform magnetic field.
(C) rotating the coil inside the uniform magnetic field.
(D) changing the area of the coil inside the uniform magnetic field.
Choose the correct answer from the option given below.

358611 Assertion :
An emf is induced in a closed loop where magnetic flux is varied. The induced electric field in it is not a conservative field.
Reason :
The line integral around the closed loop is non-zero.

358612 A coil has 1,000 turns and \(500\;c{m^2}\) as its area. The plane of the coil is placed at right angles to a magnetic induction field of \(2 \times {10^{ - 5}}\;Wb/{m^2}\). The coil is rotated through \(180^{\circ}\) in 0.2 seconds. The average emf induced in the coil, in milli volts, is:

358613 Whenever a magnet is moved either towards or away from a conducting coil, an emf is induced, the magnitude of emf is independent of

358614 The induced emf can be produced in a coil by
(A) moving the coil with uniform speed inside uniform magnetic field.
(B) moving the coil with non uniform speed inside uniform magnetic field.
(C) rotating the coil inside the uniform magnetic field.
(D) changing the area of the coil inside the uniform magnetic field.
Choose the correct answer from the option given below.