How many questions did Moving Charges and Magnetism have in NEET 2026?

Moving Charges and Magnetism carried 3 questions in the NEET 2026 paper. Weightage shifts between cycles, so treat it as a probability, not a promise.

Where can I practise Moving Charges and Magnetism PYQs for NEET?

In the BrainIt app, free until the 2027 exam: its bank holds 50,000 past NTA questions tagged to all 83 chapters, including this one, with accuracy tracked per chapter. A sample question from this chapter is on this page.

Is Moving Charges and Magnetism important for NEET 2027?

It is part of the Physics syllabus the paper draws from, and NEET 2027 is computer based, so practise it on a screen. Your own accuracy in the chapter matters more than any weightage table: a heavy chapter you already score well on needs less time than a light one you keep missing.

Moving Charges and Magnetism NEET questions and weightage

This chapter builds magnetic fields from currents via the Biot-Savart and Ampere's laws, then covers forces on moving charges, wires, and current loops. On NEET day this means numericals: field at a point due to a wire or loop, and force or torque calculations.

Exam rules change between cycles. Confirm dates, syllabus and pattern against NTA's official site. We are not NTA.

Weightage: what the paper actually did

Moving Charges and Magnetism carried 3 questions in the NEET 2026 paper. One paper is a data point, not a destiny: NTA moves weight between chapters every cycle, which is why the weightage tables deserve care. The stable facts are the paper's shape: 180 questions, 720 marks, +4 right, −1 wrong.

Sample PYQs from this chapter

Real questions NTA asked from Moving Charges and Magnetism, with the answer and the working. Try before you peek.

Question 1 · NEET 2026

A 100-turn closely wound circular coil of radius 5 cm has a magnetic field of

3.14 \times 10^{-3}

T at its centre. The current flowing through the coil, and the magnitude of the magnetic moment of this coil are, respectively: (Take

\mu_0 = 4\pi \times 10^{-7}

T m/A)

A.2 A, 10 A m $^2$
B.2.5 A, 20 A m $^2$
C.2 A, 4 A m $^2$
D.2.5 A, 2 A m $^2$

Answer and explanation

Answer: D

From

B = \frac{\mu_0 N i}{2R}

, the current is

i = \frac{2RB}{\mu_0 N} = \frac{2\times5\times10^{-2}\times3.14\times10^{-3}}{4\pi\times10^{-7}\times100} = 2.5

A. The magnetic moment

M = NiA = Ni\pi R^2 = 100\times2.5\times\pi\times(0.05)^2 \approx 2

A m

^2

. Only option D gives both correct values. Why the other options are wrong: - (A) Wrong current and moment. - (B) Correct current but overestimated moment. - (C) Wrong current; moment miscalculated.

How to practise Moving Charges and Magnetism

Chapter by chapter, against real past-paper questions, on a screen: NEET is computer based from 2027. Read the chapter once, then attempt its PYQs until your accuracy stops climbing, and let the wrong answers tell you which lines to reread. If the chapter keeps refusing to stick, that has its own guide. There is also a free 12-question mock on the exam screen.

Moving Charges and Magnetism

Weightage: what the paper actually did

Sample PYQs from this chapter

How to practise Moving Charges and Magnetism

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