Question

5) What is the work done, if a force of 250 newtons
acted upon a body and the body has been moved
through a distance of 15 metres? |
A) 3720 Joules 13720
B) 3730 Joules 1 3730
O O
C) 3740 Joules 13740
K​

Answer 1

Question :

What is the work done, if a force of 250 newtons  acted upon a body and the body has been moved  through a distance of 15 meters ?

Solution :

Work Done (W) : It is defined as the work done on an object as the force acting on an object in the direction of displacement .

➳ It is a scalar quantity

➳ W = F.scosθ

➳ SI unit : Joule

Given ,

Force acting on the object (F) = 250 N

Displacement of the object (s) = 15 m

As the force is acting in the direction of displacement , so θ will be 0 .

⇒ θ = 0

➠ W = F.scosθ

➠ W = (250)(15)(cos0)

➠ W = 3750 J  $\pink{\bigstar}$

Answer 2

Answer:

$\huge \sf {QuEsTiOn}$

What is the work done, if a force of 250 newtons acted upon a body and the body has been moved through a distance of 15 meters ?

$\huge \sf {Given}$

Force acting on the object (F) = 250 N

Displacement of the object (s) = 15 m

$\huge \sf {Answer}$

So,the force is attaching in the direction of the displacement .So θ will be = 0

➡️ θ = 0

➡️ W = F × cos × Cotθ

➡️ W = (250) ×(15) × (cos0)

➡️W = 3750 J