two circular coils can be arranged in any of the three

Two circular coils can be arranged in any of the three situations shown in the figure. Their mutual inductance will be
Electromagnetic Induction mcq question image

Electromagnetic Induction mcq question image

A. maximum in situation (a)

B. maximum in situation (b)

C. maximum in situation (c)

D. the same in all situations

Answer : maximum in situation (a)

Solution :
Clearly the flux linkage is maximum in case (a) due to the spatial arrangement of the two loops.
Electromagnetic Induction mcq solution image

Electromagnetic Induction mcq solution image

Releted MCQ Question on
Electrostatics and Magnetism >> Electromagnetic Induction

Releted Question 1

A thin circular ring of area $$A$$ is held perpendicular to a uniform magnetic field of induction $$B.$$ $$A$$ small cut is made in the ring and a galvanometer is connected across the ends such that the total resistance of the circuit is $$R.$$ When the ring is suddenly squeezed to zero area, the charge flowing through the galvanometer is

A. $$\frac{{BR}}{A}$$

B. $$\frac{{AB}}{R}$$

C. $$ABR$$

D. $$\frac{{{B^2}A}}{{{R^2}}}$$

View Answer

Releted Question 2

A thin semi-circular conducting ring of radius $$R$$ is falling with its plane vertical in horizontal magnetic induction $$\overrightarrow B .$$ At the position $$MNQ$$ the speed of the ring is $$v,$$ and the potential difference developed across the ring is

A. zero

B. $$\frac{{Bv\pi {R^2}}}{2}$$ and $$M$$ is at higher potential

C. $$\pi RBv$$ and $$Q$$ is at higher potential

D. $$2RBv$$ and $$Q$$ is at higher potential

View Answer

Releted Question 3

Two identical circular loops of metal wire are lying on a table without touching each other. Loop-$$A$$ carries a current which increases with time. In response, the loop-$$B$$

A. remains stationary

B. is attracted by the loop-$$A$$

C. is repelled by the loop-$$A$$

D. rotates about its $$CM,$$ with $$CM$$ fixed

View Answer

Releted Question 4

A coil of inductance $$8.4 mH$$ and resistance $$6\,\Omega $$ is connected to a $$12 V$$ battery. The current in the coil is $$1.0 A$$ at approximately the time

A. $$500 s$$

B. $$25 s$$

C. $$35 ms$$

D. $$1 ms$$

View Answer

Two circular coils can be arranged in any of the three situations shown in the figure. Their mutual inductance will be

Releted MCQ Question on
Electrostatics and Magnetism >> Electromagnetic Induction

A thin semi-circular conducting ring of radius $$R$$ is falling with its plane vertical in horizontal magnetic induction $$\overrightarrow B .$$ At the position $$MNQ$$ the speed of the ring is $$v,$$ and the potential difference developed across the ring is

Two identical circular loops of metal wire are lying on a table without touching each other. Loop-$$A$$ carries a current which increases with time. In response, the loop-$$B$$

A coil of inductance $$8.4 mH$$ and resistance $$6\,\Omega $$ is connected to a $$12 V$$ battery. The current in the coil is $$1.0 A$$ at approximately the time

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Electromagnetic Induction

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Two circular coils can be arranged in any of the three situations shown in the figure. Their mutual inductance will be

Releted MCQ Question on Electrostatics and Magnetism >> Electromagnetic Induction

A thin semi-circular conducting ring of radius $$R$$ is falling with its plane vertical in horizontal magnetic induction $$\overrightarrow B .$$ At the position $$MNQ$$ the speed of the ring is $$v,$$ and the potential difference developed across the ring is

Two identical circular loops of metal wire are lying on a table without touching each other. Loop-$$A$$ carries a current which increases with time. In response, the loop-$$B$$

A coil of inductance $$8.4 mH$$ and resistance $$6\,\Omega $$ is connected to a $$12 V$$ battery. The current in the coil is $$1.0 A$$ at approximately the time

Practice More Releted MCQ Question on Electromagnetic Induction

Practice More MCQ Question on Physics Section

Releted MCQ Question on
Electrostatics and Magnetism >> Electromagnetic Induction

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Electromagnetic Induction