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General| Brand | Thames & Kosmos |
|---|---|
| Model | Magnetic Science |
| Category | Science Education products |
| Language | English |
Explore the properties of various magnets by interacting with different objects.
Investigate how magnets attract and repel each other through interaction.
Learn how magnetic force strength varies with the distance between magnets.
Discover which household items are attracted to magnets through exploration.
Observe how an iron rod becomes temporarily magnetic when placed near a magnet.
Learn how to magnetize a sewing needle by stroking it with a magnet.
Test how magnetic force passes through different materials like cardboard and metal.
Identify the locations on magnets where the magnetic force is strongest.
Discover how different poles of magnets attract or repel each other.
Mark the poles of ball magnets to understand their hidden magnetic properties.
Demonstrate magnetic repulsion by stacking ring magnets that float.
Create a stack of ring magnets that hover in the air due to repulsion.
Understand how magnetic force holds an iron rod within a stack of ring magnets.
Observe how poles temporarily disappear when magnets are joined.
Learn about the nature and discovery of magnets and their properties.
Understand the concept of magnetic poles and their locations on magnets.
Discover the historical development and use of the magnetic compass.
Use a compass to detect weak magnetic forces and residual magnetism.
Observe how a compass needle aligns with the poles of different magnets.
Understand how a compass needle functions as a magnet and indicates direction.
Visualize magnetic force patterns using iron powder with various magnets.
Compare the magnetic strength of different magnets using a compass.
Explore how combining magnets can intensify or cancel out magnetic forces.
Observe how iron objects affect the magnetic force of a magnet.
See how a compass needle reacts to the magnetic lines of force around a magnet.
Visualize magnetic field lines forming patterns with iron powder.
Discover how magnets and compasses orient themselves with Earth's magnetic field.
Understand Earth's magnetic field as a powerful force generated by its core.
Learn about magnetic fields, their lines of force, and their strength.
Demonstrate how electric current passing through a wire creates a magnetic field.
Increase the strength of an electromagnet by increasing the number of wire turns.
Enhance electromagnet strength by using an iron core with a coil of wire.
Discover how reversing the electric current reverses the poles of an electromagnet.
Learn about the history and applications of electromagnetism in technology and research.
Understand how galvanometers are used to measure electric current.
Learn about the industrial uses of electromagnets in recycling and power generation.
Play a game where players move ball magnets without them sticking together.
Compete in a fishing game using magnets to catch magnetic objects.
Navigate a maze using magnetic attraction, controlling a ball's movement.
Create and move a magnetic 'snake' and build a magnetic axle.
