A 55 newton force applied on an object moves the object 10 meters in the same direction as the force. What is the value of work done on the object?
\(F=55 \ N \\ d=10 \ m \\ \boxed{W-?} \\ \bold{Solving:} \\ \boxed{W=F \cdot d} \\ W=55\ N \cdot 10 \ m \\ \Rightarrow \boxed{W=550 \ J}\)
Answer: The work done on the object is 110 W
Explanation:
Work is defined as the force that is causing the movement or displacement of an object.
Mathematically,
\(W=F\times d\)
where,
W = work done on the object
F = Force applied on the object = 55 N
d = displacement = 10 m
Putting values in above equation, we get:
\(W=55N\times 2m\\\\W=110N.m=110W\)
Hence, the work done on the object is 110 W