TM
New NCERT textbook · Class 6 Science

Curiosity, period by period — fitted to your timetable.

Tell Meyy your periods and their length; it plans every chapter of Curiosity to fit, and you tick off sections as you teach.

Chapter 4 · Period 1 of 14 · 40 min

What Does a Magnet Pull?

Observe and classify by magnetic response · Hands-on Science

This opening unit establishes the chapter's starting point: students arrive with intuitions about what magnets attract, and those intuitions are often incomplete — many assume all metals are magnetic. Watch for the common error of calling all shiny or heavy objects magnetic; prompt students to test their assumptions rather than rely on appearance. A useful checkpoint before closing is to ask students to give one example of a non-magnetic metal, such as aluminium, to surface this misconception early.

0-8Teacher introduces the chapter through Reshma's story about sailors and compasses, then poses the opening question: which everyday objects will a magnet attract?
8-14Students individually predict the outcome for each object in their set and record predictions before any testing begins.
14-30Groups test each object with a magnet and record actual outcomes in a results table, distinguishing attracted from unattracted objects.
30-40Class shares results; teacher consolidates the terms magnetic materials and non-magnetic materials and names key examples — iron, nickel, cobalt versus wood, plastic, glass.
Assessment

Competency (C-2.3). Describe the properties of a magnet (natural and artificial; Earth as a magnet).

Learning outcome. Students can classify given materials as magnetic or non-magnetic and justify each classification by identifying the shared property of magnetic materials.

A student tests four objects with a bar magnet: an iron nail, a copper coin, an aluminium strip, and a steel paper clip. Which pair of objects will be attracted to the magnet?

  • A Aluminium strip and steel paper clip
  • B Copper coin and aluminium strip
  • C Iron nail and copper coin
  • D Iron nail and steel paper clip

D. Iron nail and steel paper clip

What each wrong option reveals

  • A Student correctly identifies steel (an iron alloy) as magnetic but pairs it with aluminium, suggesting incomplete understanding that the shared property is presence of iron, nickel, or cobalt content.
  • B Student believes all non-ferrous metals are magnetic, failing to distinguish between metal as a category and magnetic materials specifically.
  • C Student correctly identifies iron but incorrectly extends magnetism to copper, confusing 'metal' with 'magnetic material'.
Chapter 4 · 14 periods of 40 min

Also saved as 8 periods or 10 periods or 12 periods.

  • 2Sorting the World into Two Groups
    Observe and classify by magnetic response
  • 3Where Is the Magnet Strongest?
    Investigate the distribution of magnetic force
  • 4Poles Always Come in Pairs
    Investigate the distribution of magnetic force
  • 5The Magnet Always Points North
    Explain the directional property and Earth's magnetism
  • 6Building a Floating Compass
    Explain the directional property and Earth's magnetism
  • 7How a Compass Works
    Explain the directional property and Earth's magnetism
  • 8Like Poles Repel, Unlike Poles Attract
    Investigate and reason about attraction and repulsion between poles
  • 9Repulsion: The True Test for a Magnet
    Investigate and reason about attraction and repulsion between poles
  • 10Does Anything Block a Magnet?
    Investigate and reason about attraction and repulsion between poles
  • 11Magnets in Play: Maze, Garland, and Water
    Apply magnetic properties to practical and playful contexts
  • 12Repulsion in Motion: The Magnetic Cars
    Apply magnetic properties to practical and playful contexts
  • 13Caring for Magnets: Storage and Handling Rules
    Apply magnetic properties to practical and playful contexts
  • 14The Shipwreck Box: Reading a Crate of Found Objects
    Whole-chapter synthesis: describe and investigate magnet properties

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