Question

Calculate the amount of work done in moving 50 kg block through a distance of 10m by applying a force of 10 newton

Answer 1

Given that ,

Force (f) = 10 N

Distance (S) = 10 m

As we know that ,

$\large \fbox{ \mathrm{Work = Force × Distance }}$

Thus ,

Work = 10 × 10

Work = 100 joule

$\therefore \sf \underline{The \: required \: work \: done \: is \: 100 \: joule }$

Answer 2

Answer:-

Given:-

• Mass of the block = 50 kg
• Distance travelled = 10 m
• Force applied = 10 N

To Find:-

Amount of work done.

________________...

We know,

W = Fd

where,

• W = Work done,
• F = Force exerted,
• d = Distance travelled.

∴ W = (10 N)(10 m)

↗ W = (10 kg m/s²)(10 m)

↗ W = 100 kg m²/s²

↗ W = 100 J

∴ Work done by the block was 100 Joules.

More:-

Actual formula of Work Done:-

Work done = (Force)(Displacement)(cos∅)