Answer:
W = 112.76MJ
Explanation:
the work is:
[tex]W = F_xD[/tex]
where [tex]F_x[/tex] is the force executed in the direction of the displacement and the d the displacement.
so:
W = 12000Ncos(20)(10000)
we use the cos of the angule because it give us the proyection in the axis x of the force, that means the force in the direction of the displacement.
W = 112.76MJ