2. [30 pts total: A box of mass in = 10.0 kg is lifted by a person pulling with a constant force F of 200.0 N on a cable attached to the box. as shown in Figure 2. The box moves through an unknown vertical displacement d. The initial upward velocity v9 of the box is 5.00 mfs when the force is first applied. The velocity tr of the box after the displacement is 10.0 mfs. Let the acceleration due to gravity 9 be 9.3 mfs' Exactly. I'ricllt'lllluss l'rwtttlltlcsisi pulley \\ / pulley u" = 5.01] In s Figure 2. Box lifted by cable. a. [ll] pts} Using the Work-Kinetic En erlp|f Th eorem, determine the net work WM that must have been done on the box when the box goes through the displacement. It. [10 pts] Using your answer to 23 and the definition of work for constant forces. determine the displacement d. c. {5 ptsl Calculate the work that was done by gravity when the box goes through the displacement. cl. [5 pts] Calculate the work that was done by the person when the box goes through the displacement