IIT JEE Main Physics – Online Mock Tests -Electromagnetic Induction

Online Test Series 1 -IIT JEE Main Past Years based – Electromagnetic Induction

Instructions to candidates

Answer all the questions.
For each question, choose the answer you consider to be the best and indicate your choice
The Negative mark for each Incorrect answer is 1 marks.
The maximum mark for each correct answer is 4 marks.

Online Test Series 1- IIT JEE Main  Past Years  Based – Electromagnetic Induction -1

JEE Mains weightage

Topic

Number of Questions

Marks

Modern Physics

5

20

Heat and Thermodynamics

3

12

Optics

2

8

Current Electricity

2

8

Electrostatics

3

12

Magnetics

2

8

Unit, Dimension and Vector

1

4

Kinematics

1

4

Laws of Motion

1

4

Work, Power and Energy

1

4

Centre of Mass, Impulse and Momentum

1

4

Differential Equation

1

4

Rotation

1

4

Gravitation

1

4

Simple Harmonic Motion

1

4

Solids and Fluids

1

4

Waves

1

4

Electromagnetic Induction; AC

1

4

Online Test Series 2-NCERT Based – Electromagnetic Induction

Instructions to candidates

Answer all the questions.
For each question, choose the answer you consider to be the best and indicate your choice
The Negative mark for each Incorrect answer is 1 marks.
The maximum mark for each correct answer is 4 marks.

Online Test Series 1-NCERT Based – Electromagnetic Induction -1

Online Test Series 1-NCERT Based – Electromagnetic Induction -2

Online Test Series 1-NCERT Based – Electromagnetic Induction -3

Online Test Series 3: Daily Practice Papers – Electromagnetic Induction

Instructions to candidates

Answer all the questions.
For each question, choose the answer you consider to be the best and indicate your choice
The Negative mark for each Incorrect answer is 1 marks.
The maximum mark for each correct answer is 4 marks.

Online Test Series 3- Daily Practice Papers -(Magnetic flux, Faraday’s law of electromagnetic induction,
Lenz’s law, motional e.m.f.) -1

Online Test Series 3- Daily Practice Papers – Self inductance, mutual inductance, Growth and decay of current in L.R. circuit, Transformer, Electric motor, Generator -2

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