The truck travels forward at a velocity of v m/s (Figure 1). The front wheel is moving without slipping on the road surf

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The Truck Travels Forward At A Velocity Of V M S Figure 1 The Front Wheel Is Moving Without Slipping On The Road Surf 1 (45.42 KiB) Viewed 33 times

The truck travels forward at a velocity of v m/s (Figure 1). The front wheel is moving without slipping on the road surface and has an angular velocity of rad/s and angular acceleration of a rad/s². Assume the car mass, M value is equivalent to the last four digits of your student matrix number (Example: matrix number of 72000, m = 2000 kg = 2 Mg). A B Figure 1 1) Apply the theory of Planar Kinematics of a Rigid Body (via vector and scalar analysis) to determine the velocity of point A on the front wheels caused by the motion. To explain your answer, illustrate the free-body diagram and kinetic diagrams. Use appropriate numerical values to explain your answers. [30 marks] 2) Analyze the acceleration of the wheels if the power is supplied only to the rear wheels, or front wheels. Identify the factors that affect the acceleration of the wheel at the instant shown. To explain your answer, illustrate the free-body diagram and kinetic diagrams. Use appropriate numerical values to explain your answers. Assume that the non-powered wheels are free to roll, and that if the powered wheels slip, the coefficient of kinetic friction is [30 marks] 3