3. A box with a mass of 2.2 kg sits on top of another box with a mass of 3.8 a) 5K kg. The coefficient of friction between the two boxes is 0.25, and the b) 4C coefficient of kinetic friction between the larger box and the horizontal surface C ) 4T is 0.32. a) A force is applied to the larger box that accelerates the two boxes such that the smaller box does not slip off. Draw FBDs for both boxes. b) Create equations for the horizontal and vertical forces acting on both boxes (e.g. EF = ma or EF = 0) c) Determine the largest horizontal force that can be applied to the larger box so that the smaller box does not slip off