1. What does the needle of a magnetic compass indicate?
2. How is the magnet in a compass typically mounted?
3. Which of the following materials is NOT required to make a simple magnetic compass as described in the activity?
4. What do you observe when you bring the same poles (either North-North or South-South) of two bar magnets close to each other?
5. Why is it important to make sure that the two magnets do not touch each other during the experiment described in the activity?
6. Suppose you perform the experiment and notice that magnet A always moves towards the approaching magnet B, regardless of which end is brought near. What can you infer about the poles of the magnets?
7. Which instrument is used in the activity to observe the effect of a bar magnet?
8. What should you do first when using a magnetic compass in the experiment?
9. When the North pole of a magnet is brought closer to the North pole of the compass needle, what happens to the compass needle?
10. What is the purpose of placing a piece of wood between the magnet and the compass needle in the experiment?