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Question (1)

QN003831

A freely suspended bar magnet always comes to rest along which direction?

(A) East–West
(B) North–South
(C) North–East
(D) South–West

Correct Answer: B

Explanation:

A freely suspended magnet always aligns itself in the North–South direction.

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Question (2)

QN003832

Which activity helps us find directions using a magnet?

(A) Heating the magnet
(B) Suspending the magnet freely with a thread
(C) Breaking the magnet
(D) Rubbing the magnet on paper

Correct Answer: B

Explanation:

A freely suspended magnet helps identify directions.

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Question (3)

QN003833

The end of a freely suspended magnet that points towards the north is called the:

(A) South pole
(B) East pole
(C) North pole
(D) Middle pole

Correct Answer: C

Explanation:

The north-pointing end is called the North pole.

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Question (4)

QN003834

A magnet is suspended freely and rotated. It comes to rest along the same line each time. What direction does this line indicate?

(A) East–West
(B) North–South
(C) North–East
(D) South–East

Correct Answer: B

Explanation:

The magnet aligns in the North–South direction.

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Question (5)

QN003835

If a magnet is rotated 5 times and each time comes to rest in the same direction, what property is being demonstrated?

(A) Attraction
(B) Repulsion
(C) Direction-finding property
(D) Heating effect

Correct Answer: C

Explanation:

Magnets have the property of showing directions.

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Question (6)

QN003836

The end of a freely suspended magnet pointing towards south is called the:

(A) North pole
(B) South pole
(C) East pole
(D) West pole

Correct Answer: B

Explanation:

The south-pointing end is the South pole.

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Question (7)

QN003837

Which statement correctly defines the North-seeking pole?

(A) The pole that points east
(B) The pole that points west
(C) The pole that points north when suspended freely
(D) The pole that attracts iron

Correct Answer: C

Explanation:

The North-seeking pole points towards geographic north.

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Question (8)

QN003838

A freely suspended magnet rests along north–south direction because:

(A) Air pushes it
(B) Gravity pulls it
(C) Earth behaves like a giant magnet
(D) Sunlight affects it

Correct Answer: C

Explanation:

Earth's magnetic field causes this alignment.

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Question (9)

QN003839

An iron bar is suspended freely. Which observation is expected?

(A) It always points north–south
(B) It rests only east–west
(C) It may rest in any direction
(D) It becomes a magnet automatically

Correct Answer: C

Explanation:

An ordinary iron bar does not show direction-finding property.

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Question (10)

QN003840

A student suspends a magnet and notes its direction three times. If it always aligns north–south, what can be concluded?

(A) It is non-magnetic
(B) It is a magnet
(C) It is made of wood
(D) It is broken

Correct Answer: B

Explanation:

Alignment in the North–South direction indicates a magnet.

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Question (1)

A freely suspended bar magnet always comes to rest along which direction?

Explanation:

Link:

Question (2)

Which activity helps us find directions using a magnet?

Explanation:

Link:

Question (3)

The end of a freely suspended magnet that points towards the north is called the:

Explanation:

Link:

Question (4)

A magnet is suspended freely and rotated. It comes to rest along the same line each time. What direction does this line indicate?

Explanation:

Link:

Question (5)

If a magnet is rotated 5 times and each time comes to rest in the same direction, what property is being demonstrated?

Explanation:

Link:

Question (6)

The end of a freely suspended magnet pointing towards south is called the:

Explanation:

Link:

Question (7)

Which statement correctly defines the North-seeking pole?

Explanation:

Link:

Question (8)

A freely suspended magnet rests along north–south direction because:

Explanation:

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Question (9)

An iron bar is suspended freely. Which observation is expected?

Explanation:

Link:

Question (10)

A student suspends a magnet and notes its direction three times. If it always aligns north–south, what can be concluded?

Explanation:

Link:

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