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Magnetic Field Due to Current Carrying Circular Loop

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Magnetic field of a conducting loop is B=0.2sin300t. Angle between area vector and B is 60^°. Area is 5 cm2 . Find maximum emf of loop

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Q. A conducting loop of area

5 {cm}^{2}

is placed in a magnetic field which varies sinusoidally with time as

B = 0.2 sin 300 t

. The normal to the coil makes an angle of

60^{\circ}

with the field. The emf induced at

t = \frac{π}{900} s

Q. A conduction loop of area

5

c m^{2}

is placed in a magnetic field which varies sinusoidally with time as

B = 0.2 sin 300 t

. The normal to the coil makes an angle of

60^{o}

with the field. The emf induced at

t = (π / 900)

Q. A conducting loop of area

10 {cm}^{2}

is placed in a magnetic field which varies sinusoidally with time as

B = 2 sin 100 t

. The normal to the coil makes an angle of

60^{\circ}

with direction of the field. Find the maximum magnetic flux through the coil.

Q. A conducting loop of area

5.0 {cm}^{2}

is placed in a magnetic field which varies sinusoidally with time as

B = B_{0} sin ω t

B_{0} = 0.20 T

ω = 300 s^{- 1}

. The normal to the coil makes an angle of

60^{\circ}

with direction of the field. Find the maximum emf induced in the coil.

Q. The shown graph is the curve between magnetic field

(B)

(t)

. The magnetic field exists throughout the plane of a conducting loop, perpendicular to the plane of the loop. The induced emf in the loop is maximum during which of the following time interval?

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