Three magnets $A$ , $B$ and $C$ were dipped one by one in a heap of iron filing. The figure shows the amount of the iron filing sticking to them.
The strength of these magnets will be:

A > B > C

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A < B < C

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A = B = C

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A < B > C

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Solution

The correct option is B $A > B > C$
MOre the strength of the magnet more heap of iron attached.
Hence
$A > B > C$

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Question 10

Four identical iron bars were dipped in a heap of iron filings one by one. Fig. shows the amount of iron filings sticking to each of them.

(a) Which of the iron bar is likely to be the strongest magnet?
(b) Which of the iron bars is not a magnet? Justify your answer.

Question 3

Three magnets A, B and C were dipped one by one in a heap of iron filing. Fig. shows the amount of the iron filing sticking to them.

The strength of these magnets will be

(a) A > B > C

(b) A < B < C

(d) A < B > C

Three magnets were dipped one by one in a heap of iron filing. Figure shows the amount of the iron filing sticking to them. If A, B, C represent the strength of magnets, chose the correct option:

Q. Three magnets were dipped one by one in a heap of iron filing. The figure shows the amount of the iron filing sticking to them.

If A, B, C represent the strength of the magnets, what will be the order of strength of these magnets?

Q. The following diagram shows 3 bar magnets marked as A, B and C respectively. These magnets were dipped in iron filings. By observing the figure, determine the order of magnetic strengths of the magnets A, B and C.

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Three magnets A, B and C were dipped one by one in a heap of iron filing. The figure shows the amount of the iron filing sticking to them.The strength of these magnets will be:

The correct option is B A>B>CMOre the strength of the magnet more heap of iron attached.Hence A>B>C

Three magnets $A$ , $B$ and $C$ were dipped one by one in a heap of iron filing. The figure shows the amount of the iron filing sticking to them.
The strength of these magnets will be:

The correct option is B $A > B > C$
MOre the strength of the magnet more heap of iron attached.
Hence
$A > B > C$