Physics Dynamics Project You're employed by a company specializing designing skate parks. Your current assignment involves creating a skate park, featuring various tricks. The route will begin with a bank, followed by a bowl, a half rainbow rail, and then a launch. Refer to the diagram below for a non-scale visual representation. Your task involves calculating various dimensions for this skateboard course. Adjustments may be necessary to ensure realistic heights, speeds, and normal forces. For all calculations ensure you show free-body diograms, formulas, plug-ins and answers to communicate your thinking clearly. a) Choose the angle and height for the banked portion. Calculate the speed the skateboarder will have when they reach the start of the bowl. Do not forget to account for the friction between the wheels and the ground. Research an appropriate value for the frictional co-efficient. Pretend they are sliding, not rolling, and make clear what materials you are assuming the friction is between. Determine a value for the mass of a skateboarder. Determine an appropriate radius for the bowl and rainbow rail. Calculate the skateboarder's apparent mass at the base of the dip and at the peak of the subsequent bump. Explain why the skateboarder experiences a perceived weight change. Mote: Disregard friction for this part and assume constant speed from the bottom of the ETy] Determine the launch angle and the vertical distance from the ramp to the skateboarder's landing point. Compute the length of the horizontal flat section after the ramp required to match the horizontal distance of the skateboarder's jump. Begin by utilizing the big five kinematic equations in our class formula sheet instead of utilizing an internet-found range