Question

160J of a work is done when a force of 20N is applied on an object. Calculate the distance through which the object moves.​

Answer 1

Step-by-step explanation:

Given:

Work done = 160J

Force applied = 20N

To find:

Distance (s) through which the object moves.

Solution:

★ As we know,

Work = Force × Distance

Therefore,

➟ 160 = 20 × s

➟ 160/20 = s

➟ s = 8m

Hence, the distance through which the object moves is 8m.

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Answer 2

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Given:-

Work Done ,W = 160 J

Force applied ,f = 20 N

To Find:-

Distance moves by object ,s

Solution:-

$\sf{\red{According\: to\:the\: Question}}$

It is given that the work done on the object is 160 J when force of 20 N is applied on the object . We have to calculate the distance travelled by the object .

As we know that, Work Done is calculated by the product of force and distance .

W = Fs

where,

W denote work done

F denote force

s denote distance

Substitute the value we get

$:\implies:160 = 20 × s</p><p>$

$:\implies:160/20 = s$

$:\implies: s = 160/20$

$:\implies: s = 8 m$

Hence, the distance covered by the object is 8 metres .