Properties of a Magnet

IMPORTANT

Properties of a Magnet: Overview

This topic covers concepts such as Poles of Magnet, Location of the Poles of a Magnet, North Seeking End of a Magnet, South Seeking End of a Magnet, Methods to Make a Magnet, Attraction between unlike Poles of Magnets, etc.

Important Questions on Properties of a Magnet

MEDIUM
IMPORTANT

Why does the bulk of iron fillings slick to the ends of a bar magnet and not at its centre?

EASY
IMPORTANT

What happens when two magnets are kept near by? How can it be avoided?

EASY
IMPORTANT

Which of the following are the precaution to be done when horse shoe magnet is stored?

EASY
IMPORTANT

Keep a piece of iron over the ends for a horse-shoe magnet is one of the precaution to be done when horse shoe magnet is stored.

EASY
IMPORTANT

What are the precautions to be followed in storing magnets?

EASY
IMPORTANT

There are mainly two types of magnets.

EASY
IMPORTANT

What are magnets? How many types of magnets are there?

EASY
IMPORTANT

The maximum strength of a magnet is at its _____ (poles/center).

EASY
IMPORTANT

How many poles are there in a magnet?

EASY
IMPORTANT

Like poles of magnets ______ (attract/repel) each other.

EASY
IMPORTANT

What is the surest test of magnetism? (Choose from attraction or repulsion).

EASY
IMPORTANT

Gold and copper can be used to made a magnet.

EASY
IMPORTANT

Magnets are made from alloys of iron, cobalt and nickel.

EASY
IMPORTANT

Whether under contact or without contact, the polarity of the magnet produced by induction will be unlike polarity at the farther end and like polarity at the nearer end. 

EASY
IMPORTANT

The phenomenon of a magnetic substance acquiring magnetism due to the presence of a magnet is
 

EASY
IMPORTANT

Freely suspended magnet always come to rest in east-west direction.

EASY
IMPORTANT

_____ poles of a magnet attract each other.

(Choose from the following: Unlike/ Like)

HARD
IMPORTANT

Show by experiment that unlike poles of magnet attract each other?

EASY
IMPORTANT

There is attraction between like poles of a magnet.

EASY
IMPORTANT

A freely suspended magnet stays along