Solutions of Magnets from Galaxy

Author:Anita Paul, Seema Sinha, Deepika Parashari & Karuni Subrahmanyam
6th CBSE
IMPORTANT

Anita Paul Science Solutions from Chapter 13 - Magnets

Anita Paul, Karuni Subrahmanyam and, Deepika Parashari's Galaxy detailed solutions to all the exercises of Magnets for 6th CBSE are provided here. The topics covered are such as Uses Of Magnets, Poles Of A Magnet and, Discovery Of Magnets. The points to remember in the Anita Paul, Karuni Subrahmanyam and, Deepika Parashari's Book Solutions is ideal for quick revision.

Practice Other Topics from Magnets

This topic describes the discovery of magnets. It narrates how a shepherd named Magnes found that a certain type of rock had magnetic property when his stick and nails of his shoes got stuck on the rock.

Galaxy A Course in Science Book 6>How Things Work>Magnets>Magnetic and Non-Magnetic Materials

This topic describes magnetic and non-magnetic materials. It discusses the different types of magnets such as naturally-occurring and artificial magnets. It also talks about non-magnetic material, magnetic force, and magnetism.

This topic describes the different shapes of magnets. Artificial magnets are made by humans. These magnets can be of a round, rectangular, horseshoe and other shapes.

This topic describes the poles of a magnet. It describes about the north and south poles of magnets and their magnetic strength. The poles of a magnet are inseparable. The magnetic strength is the maximum at the poles of a magnet.

Galaxy A Course in Science Book 6>How Things Work>Magnets>Attraction and Repulsion between Magnets

This topic describes the strong force of attraction and repulsion between two magnets when we bring them together. It describes the magnetic force between like and unlike poles. These forces get weaker as magnets get further apart.

This topic teaches us how to the direction with the help of a magnet. It includes the direction of magnets and its behaviour. A magnet always points in the north-south direction because the earth itself behaves like a giant magnet.

This topic describes how we can make our own magnet. It also describes how a piece of iron gets magnetized by using a magnet.

This topic describes the different uses of magnets. It includes the application of magnets in various fields.