Report a question
I. Chapter Summary
This chapter introduces students to the fascinating world of magnets. It explains what magnets are, their properties, and how they are used in everyday life. Students learn about the types of materials attracted to magnets (magnetic and non-magnetic), magnetic poles, magnetic field behavior, and how magnets can lose their properties. The chapter encourages hands-on exploration using simple experiments and applications in daily life.
II. Key Concepts Covered
| Concept | Explanation |
|---|---|
| Magnet | A material that attracts iron and materials containing iron. |
| Types of Materials | Magnetic (e.g., iron, steel) and non-magnetic (e.g., plastic, wood). |
| Poles of a Magnet | Every magnet has two poles: north and south. Magnetic force is strongest at the poles. |
| Like and Unlike Poles | Like poles repel, unlike poles attract. |
| Magnetic Field | The area around a magnet where magnetic force can be felt. |
| Making a Magnet | Stroking, induction, or electrical methods can magnetize materials. |
| Losing Magnetism | Magnets lose their strength when dropped or heated. |
| Uses of Magnets | Found in compasses, refrigerators, speakers, electric bells, etc. |
III. Important Questions
(A) Multiple Choice Questions (1 Mark)
Which of the following is attracted by a magnet?
a) Plastic
b) Glass
c) Iron
d) Wood
Answer: c) IronA magnet always has –
a) Only one pole
b) Two poles
c) No poles
d) Changing poles
Answer: b) Two polesWhich material is non-magnetic?
a) Steel
b) Iron
c) Aluminium
d) Nickel
Answer: c) AluminiumIf two north poles are brought close together, they –
a) Attract
b) Repel
c) Become one
d) Neutralize
Answer: b) Repel
PYQ 2020
(B) Short Answer Questions (2/3 Marks)
Name any two magnetic and two non-magnetic materials.
What happens when a magnet is heated or dropped from a height?
Write two differences between magnetic and non-magnetic materials.
Explain how a magnet can be made using the stroking method.
PYQ 2021
(C) Long Answer Questions (5 Marks)
Explain the properties of magnets with examples and diagrams.
Describe how magnets are used in our daily life. Mention at least 4 uses.
What are magnetic poles? How can we identify them?
Describe an activity to show that like poles repel and unlike poles attract.
PYQ 2022
(D) HOTS – Higher Order Thinking Skills
You are given a rod but not told whether it is a magnet. How would you check if it is?
Why do you think the Earth acts like a giant magnet?
IV. Key Formulas / Concepts / Definitions
| Term | Definition |
|---|---|
| Magnet | An object that produces a magnetic field and attracts iron and similar materials. |
| Magnetic Materials | Materials that are attracted to magnets (e.g., iron, steel, cobalt, nickel). |
| Poles of a Magnet | The ends of a magnet where the force of attraction is strongest. |
| Magnetic Field | The invisible area around a magnet where magnetic forces act. |
| Like Poles | Same poles (N-N or S-S) that repel each other. |
| Unlike Poles | Opposite poles (N-S) that attract each other. |
No mathematical formulas are used in this chapter.
V. Deleted Portions (CBSE 2025–2026)
No portions have been deleted from this chapter as per the rationalized NCERT textbooks.
VI. Chapter-Wise Marks Bifurcation (Estimated – CBSE 2025–2026)
| Unit/Chapter | Estimated Marks | Type of Questions Typically Asked |
|---|---|---|
| Exploring Magnets | 5–6 Marks | 1M MCQs, 2M SAQs, 1 HOTS, 1 LAQ (optional) |
VII. Previous Year Questions (PYQs)
| Year | Question Type | Question |
|---|---|---|
| 2022 | 5 Marks | Describe the properties and uses of magnets with examples. |
| 2021 | 3 Marks | How can a magnet be made using a needle and another magnet? |
| 2020 | 1 Mark | A material not attracted by magnets is – (Options given) |
VIII. Real-World Application Examples
Compass Navigation: Magnets are used in compasses for direction-finding.
Refrigerator Doors: Magnetic strips help doors close tightly.
Speakers & Microphones: Magnets help in converting electric signals into sound.
Electric Bells: Use electromagnets for ringing mechanism.
Junkyard Cranes: Large magnets lift scrap metals.
Metro Cards & Credit Cards: Use magnetic strips to store data.
IX. Student Tips & Strategies for Success
Time Management
Divide the chapter into parts (materials, poles, uses, activity-based learning).
Practice magnetic vs. non-magnetic materials using household objects.
Exam Preparation
Create flashcards for terms like poles, field, attraction, etc.
Practice drawing neat diagrams showing poles and forces.
Revise properties and uses with examples.
Stress Management
Use hands-on activities like making a magnet to reduce stress while studying.
Practice short 10-minute focused revision bursts.
X. Career Guidance & Exploration
For Class 6 Students:
Career Awareness: Early exposure to careers in Physics, Engineering, Material Science, Robotics
STEM Outlook: Concepts of magnetism form the basis for electric motors, magnetic levitation trains, etc.
Participation: Join science fairs, magnet-themed working model competitions
Skill-building: Try creating your own compass at home
XI. Important Notes
Always read activity boxes in the NCERT book—they often appear in exams.
Use everyday examples to understand concepts better.
Diagrams of magnetic poles and fields are frequently asked.
Never store magnets near mobile phones, CDs, or ATM cards.
NCERT is the primary source for all exam questions—read line by line.