Attraction and Repulsion Between Magnets

Consider a magnet which is hung to the hook of a spring as shown in figure. Then what could be the possible option from the following?

(a) X, A are north pole and Y, B are south pole

(b) X, B are north pole and Y, A are south pole

(c) A, B are south pole and X, Y are north pole

(d) X, A are south pole and Y, B are norh pole

Consider a magnet which is hung by the hook of a spring as shown in figure. Then what could be the possible option from the following to attain the final position shown in the figure.

A toy car (made of soft iron) and two bar magnets are arranged as shown in the figure. What would happen if magnet 'A' moved towards the car as shown in the figure?

Strong bar magnets are fixed to the roofs of two toy cars C1 and C2. The north pole of the magnet on C1 points to the front of the car and the north pole of the magnet on C2 points to the back of the car. The cars are placed facing each other. What will you observe?

Study the arrangement of three bar magnets as shown in figures. Which arrangement is possible?

Two magnets are placed in a container as shown in the figure by some external force. What would happen if the force on magnet $P$ is removed?

Arun suspended a bar magnet on a string as shown in the diagram below. He brought $3$ bar-shaped objects $P,Q$ and $R$ towards the bar magnet. He placed the ends ( $X$ and $Y$) of each object, near the north pole of the bar magnet and recorded his observations in the table below.

Which of the object(s) is/are the magnet?

When Asha suspended four bars of different materials from a pole and brought the North pole of a bar magnet near part $P$ and $Q$ of each bar one by one as shown in the figure, the observations she recorded are as follows: 

Which of the following sets correctly represents metal bars $\mathrm{I},\mathrm{}\mathrm{I}\mathrm{I},\mathrm{}\mathrm{I}\mathrm{I}\mathrm{I}$ and $\mathrm{I}\mathrm{V}$?

Two bar magnets suspended by string, are separated by a piece of metal. Which of the following statements best explain the outcome shown in the diagram?

Observe the given figure and identify the correct statements.

(I)  Poles $1,3$ and $5$ are unlike poles.
(ii)  Poles $2,4$ and $6$ are like poles.
(iii)  Pole $1$ will attract pole $3$ and $5$.
(iv)  Pole $4$ will be attracted by pole $1$.

It is quite simple to find the poles of the bar magnet. The North Pole is at one end and the South Pole is at the other end. Where are the poles of the horseshoe magnet? Can you suggest a method to find its poles?

A toy car has a bar magnet laid hidden inside its body along its length. Using another magnet how will you find out which pole of the magnet is facing the front of the car?

The arrangement to store two magnets is shown by figures A, B, C and D. Which one of them is the correct arrangement?

Observe the pictures A and B given in figure carefully.

Which of the following statement is correct for the above given pictures?

Which is the surest test of magnetism?

You should always keep powerful magnets away from cassettes, mobiles, television sets, music system, CD and computers. Why?

Why are the bar magnets kept in pairs with their unlike poles on the same side?