Question

force ‘F’ acting on a body depends on its displacement ‘s’ as

1

3 F S 



. The power

delivered by ‘F’ will depend on displacement as​

Answer 1

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HERE IS UR ANSWER

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✔✔F = m×a

where F is force

m is mass

and

a is acceleration.

✔✔

$p = \frac{f}{s}$

✔✔where power(p) is inversely proportional to displacement (s)

✔✔here,The power delivered by ‘F’ will depend on displacement as inverse ¡.e.

$\frac{1}{3} of \: fs$

Answer 2

Explanation:

F = m×a

where F is force

m is mass

and

a is acceleration.

✔✔

p = \frac{f}{s}p=

s

f

✔✔where power(p) is inversely proportional to displacement (s)

✔✔here,The power delivered by ‘F’ will depend on displacement as inverse ¡.e.

\frac{1}{3} of \: fs

3

1

offs