ANSWER
E. No, since work involves a non-zero displacement
EXPLANATION
Work done on an object is given by,
[tex]W=F\cdot d\cdot\cos \theta[/tex]Where W is work, F is the force applied on the object, d is the displacement of the object and θ is the angle between the applied force and the displacement.
Note that if there's no motion, then d = 0. Because d is multiplying the other variables, if d = 0 then work is zero as well.
Hence, the answer is option E.