A Problem 3. Figure 3 depicts a back-wheel driven robotic forklift. The rotation of the driving...

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A Problem 3. Figure 3 depicts a back-wheel driven robotic forklift. The rotation of the driving wheel results in the velocity JB of the point B. If = + a], derive the forklift kinematic model, i.e., expressions for A, YA, and 0 as the functions of VB = |B|, the steering angle & and the heading angle 0. The length of the forklift is l |AB| and the distance between the centers of the front wheels is W. = Left wheel W/2 W/21 Right UB wheel = |AB|' = Driving wheel A Problem 3. Figure 3 depicts a back-wheel driven robotic forklift. The rotation of the driving wheel results in the velocity JB of the point B. If = + a], derive the forklift kinematic model, i.e., expressions for A, YA, and 0 as the functions of VB = |B|, the steering angle & and the heading angle 0. The length of the forklift is l |AB| and the distance between the centers of the front wheels is W. = Left wheel W/2 W/21 Right UB wheel = |AB|' = Driving wheel