🔬 ScienceGrade 2Lesson 35
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Magnet Play Project

Lesson preview: the Mini Lesson and Vocabulary are open to everyone. Guided practice, exercises, the parent checklist and the printable PDF worksheet come with full access (free 7-day trial or membership).

Learning Objectives

  • 1Sort materials as magnetic or not magnetic
  • 2Explain why magnets attract certain materials
  • 3Connect what you know about magnets, matter, and energy
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Mini Lesson

Magnets are one of the most mysterious forces in everyday life — they can push and pull without touching anything! In this project lesson you will test everyday objects, make predictions, and apply what you know about magnets, matter, and energy.

What magnets attract

  • Magnets attract objects made of iron, nickel, or cobalt — the three magnetic metals.
  • Many other metals are NOT magnetic — aluminum foil, gold, silver, and copper all look metallic but a magnet will not stick to them.
  • Wood, plastic, glass, rubber, and paper are never magnetic — they do not contain any magnetic metals.

The two poles of a magnet

  • Every magnet has two ends called poles — a north pole (N) and a south pole (S).
  • Opposite poles attract: a north pole pulls toward a south pole.
  • Like poles repel: two north poles push apart, and two south poles push apart.
  • A magnetic field is the invisible region around a magnet where its force can be felt — this is why a magnet can pull a paperclip without touching it.

Connecting magnets to matter and energy

  • Matter can be a solid, liquid, or gas. Most magnetic objects are solids made of iron.
  • Whether an object is magnetic is a physical property — like color, hardness, or flexibility — that you can test without changing what the object is made of.
  • The sun is the main source of energy on Earth, but magnetism is a separate force that comes from the arrangement of tiny particles inside magnetic materials.
Magnet poles — attract and repelTwo bar magnets shown in two rows. Top row: opposite poles facing each other (N-S) with an attract arrow. Bottom row: like poles facing each other (N-N) with a repel arrow.Attract and RepelOpposite poles attractNSNSLike poles repelSNNSN pulls S. N pushes N. S pushes S.
Opposite poles attract (N-S). Like poles repel (N-N or S-S).
Magnetic vs. not magnetic materialsTwo panels showing which common objects are magnetic (paper clip, nail, iron key) and which are not (plastic eraser, wooden pencil, aluminum foil).Magnetic or Not?Magneticpaper clipiron nailsteel keyNot magneticeraserwooden pencilaluminum foil
Magnets attract iron, nickel, and cobalt — not aluminum, plastic, or wood.
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Ask yourself: If a shiny object is NOT magnetic, can I still tell that it is a metal? (Hint: aluminum and gold are metals but never magnetic.)

Vocabulary
Magnet
An object that can attract iron, nickel, or cobalt without touching theme.g. a refrigerator magnet
Attract
To pull toward — opposite poles attract each othere.g. a magnet attracts a steel paperclip
Repel
To push away — like poles repel each othere.g. two north poles repel when placed near each other
Pole
One of the two ends of a magnet where the force is strongeste.g. north pole and south pole
Magnetic field
The invisible region around a magnet where its force can be felte.g. a magnet can pull a nail without touching it
Iron
A strong metal that magnets attract — found in steel and nailse.g. a magnet sticks to an iron nail
Physical property
A feature of matter you can observe without changing what it is made ofe.g. color, hardness, or whether it is magnetic
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