# General Knowledge - Basic General Knowledge - Discussion

Discussion Forum : Basic General Knowledge - Section 2 (Q.No. 18)

18.

If force is expressed in Newton and the distance in metre, then the work done is expressed in

Discussion:

10 comments Page 1 of 1.
Vikas singh said:
6 years ago

Joule is the unit of energy and work done is jule/second.

i.e watt is correct answer.

i.e watt is correct answer.

Nikhil said:
7 years ago

Simple answer is that;

Kg for weight.

Metre for distance.

Therefore work is joule.

Kg for weight.

Metre for distance.

Therefore work is joule.

Anila said:
8 years ago

Force = Newton and Distance = Meter.

Therefore N*m = Joules.

Therefore N*m = Joules.

Rak said:
9 years ago

Obviously work is always expressed in 'Joule'.

Hemant said:
9 years ago

Since work done is always stored as energy or equivalent to energy used work done will have same unit as that of energy which is joule.

Bow! said:
10 years ago

Kg for weight, while.. Meter for distance, and. Watts for current measuring. So it should be "joule".

Gowtham Chandra said:
1 decade ago

Work Done = Force per unit length

Units of force is: Newton

Units of length is: meter

Newton/meter can be called as JOULE.

Units of Work Done is: N/m = JOULES

Units of force is: Newton

Units of length is: meter

Newton/meter can be called as JOULE.

Units of Work Done is: N/m = JOULES

Piyush said:
1 decade ago

SI unit of force is newton(N) and s.i. unit of displacement is meter(m).

Work done = Force*Displacement

So, when we take product of both s.i. units we get Nm

Nm = joule(j).

Work done = Force*Displacement

So, when we take product of both s.i. units we get Nm

Nm = joule(j).

Shravya said:
1 decade ago

i joule = newton.metre

work done=force * distance

joule is an international unit of work done

work done=force * distance

joule is an international unit of work done

Naman said:
1 decade ago

Since work= force*displacement

and, unit of force= newton(n)

unit of displacement(distance)= metere(m)

hence, unit of work= newton(n)*metere(m)

which is joule(j)

and, unit of force= newton(n)

unit of displacement(distance)= metere(m)

hence, unit of work= newton(n)*metere(m)

which is joule(j)

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