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0 Drag is negligible 0 Assume that the load does not slip http://www.gopsusports.com/spo 0 We neglect rolling friction (rolling friction is associated rts/c-lionclub/spec- with the tires deforming). rel/092809aaa.html VISUALIZE The mass of the truck (Tl Is denoted M1, the mass of the load (L) is denoted mL. Each force will be labeled with the notation E, on 3. For example, the force of gravity on the load is F\" M Lfor Earth (E) on load (1.}. Contact forces between the road {R} and the truck (T) and between the Truck {T} and the load (L) have both vertical components (the normal denoted by ff.) and horizontal components (friction forces). The horizontal component of the force of the road on the truck is the drive force that makes the truck PHYS 211 RECITATION 2 accelerate. We denote it by the symbol in; an 1-.where the subscript D is to remind us that this is the driving force [it really comes from static friction between tire and road). 1. First. we're going to analvze the truck and load as a single object. Draw a free-bodv diagram showing the forces acting on the system. Include coordinate axes. To the right of the free-body diagram draw a single vector in the direction of acceleration and label it with magnitude as}, (this Is an "acceleration diagram\")