Class 12 Physics Chapter Electromagnetic Induction Free MCQ Test Quiz for 2026 exam

Prepare for your Class 12 Physics exam with our free Electromagnetic Induction Test Quiz! Practice MCQs, numericals, and more to master the concept of electromagnetic induction. Download the PDF for additional practice. Get ready to ace your exam! #PhysicsClass12 #ElectromagneticInduction #MCQs #FreeTestQuiz

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Check Class 12th Physics Electromagnetic Induction Knowledge

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12th Physics: Electromagnetic Induction

1 / 10

1. A generator has an e.m.f. of 440 Volt and internal resistance of 4000 hm. Its terminals are connected to a load of 4000 ohm. The voltage across the load is

220 volt

440 volt

200 volt

400 volt

2 / 10

2. A moving conductor coil produces an induced e.m.f. This is in accordance with

Lenz’s law

Faraday’s law

Coulomb’s law

Ampere’s law

3 / 10

3. The coefficient of self inductance of a solenoid is 0.18 mH. If a core of soft iron of relative permeability 900 is inserted, then the coefficient of self inductance will become nearly

5.4 mH

162 mH

0.006 mH

0.0002 mH

4 / 10

4. Two identical coaxial circular loops carry a current i each circulating in the same direction. If the loops approach each other, you will observe that the current in

each increases

each decreases

each remains the same

one increases whereas that in the other decreases

5 / 10

5. A coil is wound on a frame of rectangular cross-section. If all the linear dimensions of the frame are increased by a factor 2 and the number of turns per unit length of the coil remains the same, self-inductance of the coil increases by a factor of

4

8

12

16

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6. When the plane of the armature of a generator is parallel to the field. in which it is rotating

both the flux linked and induced emf in the coil are zero.

the flux linked with it is zero, while induced emf is maximum.

flux linked is maximum while induced emf is zero.

both the flux and emf have their respective maximum values.

7 / 10

7. Eddy currents do not cause

damping

heating

sparking

loss of energy

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8. The self inductance associated with a coil is independent of

current

time

induced voltage

resistance of coil

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9. A conducting loop is placed in a uniform magnetic field with its plane perpendicular to the field. An e.m.f. is induced in the loop, if

it is translated.

it is rotated about its axis.

both (a) and (b).

it is rotated about its diameter.

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10. When the plane of the armature of an a.c. generator is parallel to the field. in which it is rotating

both the flux linked and induced emf in the coil are zero.

the flux linked with it is zero, while induced emf is maximum.

flux linked is maximum while induced emf is zero.

both the flux and emf have their respective maximum values.

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Chapter wise quiz of XII class physics

Are you a Class 12 student studying Physics and gearing up for your upcoming exams? Do you find electromagnetic induction a challenging topic and wish to test your understanding of it? Well, look no further! We’ve got you covered with a comprehensive and free Electromagnetic Induction Test Quiz designed specifically for Class 12 students.

Electromagnetic induction is a fundamental concept in physics that deals with the generation of an electromotive force (emf) in a closed circuit due to changes in the magnetic field around it. Understanding this phenomenon is crucial as it forms the basis for various electrical devices and technologies.

Our Electromagnetic Induction Test Quiz includes Multiple Choice Questions (MCQs) that cover all essential aspects of Chapter 6 from the Class 12 Physics curriculum. It’s a great way to assess your knowledge and identify areas that may require further study and practice.

The quiz consists of thoughtfully crafted questions that encompass topics like Faraday’s law of electromagnetic induction, Lenz’s law, mutual induction, self-induction, and the application of electromagnetic induction in real-life scenarios. By attempting this quiz, you can gain confidence in solving numerical problems, answering conceptual questions, and mastering the key principles of electromagnetic induction.

What makes this test quiz even more valuable is that it is readily available online, providing you with the flexibility to take it at your convenience. Whether you want to attempt it as a mock exam to simulate the actual test environment or revise the concepts incrementally, this quiz suits all your preparation needs.

Additionally, we offer a downloadable PDF of the Class 12 Physics Chapter 6 Electromagnetic Induction numericals. Solving these numericals will further enhance your problem-solving skills and boost your confidence in tackling complex questions related to electromagnetic induction.

Don’t miss this excellent opportunity to assess your understanding and be well-prepared for your Class 12 Physics exam. Access our free Electromagnetic Induction Test Quiz now and embark on a journey to excel in physics!

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