Figures $I, I I, I I I a n d I V$ depicts variation of force with time. In which situation impulse will be maximum?

I & I I

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I I I & I

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I I I & I V

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O n l y I V

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Solution

The correct option is C $I I I & I V$
$I$ . Area is $0.25$
$I I$ . Area is $0.15$
$I I I$ . Area is $0.5$
$I V$ . Area is $0.5$
Since area under the curve ( $Δ P$ is impulse ), $I I I$ and $I V$ have maximum impulse.

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Similar questions

(i) C N (i i) N O_{2} (i i i) N H_{2} (i v) F

In the following molecules:
$C H_{3} B r, C H_{3} F, C H_{3} C l, C H_{3} I I, I I, I I I, I V$
The correct order of dipole moment will be:

The order of -I power (-ve inductive effect ) of the following functional groups will be:

(i) $- S O_{3} H$

(ii) $- C l$

(iii) $- N H_{2}$

(iv) $- H$

The priority order of the following substituent will be:

-OCH₃ ; -N(CH₃)₂ ; -CH₃ ; -H

I II III IV

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