You are to design a power transmission system for a wind turbine. The input is a wind turbine whose torque input is assumed at 34 N-m at 250 rpm. The turbine is fitted on to the same input shaft as a spur gear which has 20 teeth. The other spur gear is fitted onto an output shaft and the shaft is connected to a power generator. The power generator expects the output shaft speed of 500 rpm. Design the following components. 1. Both spur gears 2. Input and output shafts 3. Radial-contact bearings at the end of each shafts Hint: the number of given parameters and conditions are much fewer than what you need to actually design the system. For any missing conditions or parameters, clearly state the assumptions (that make physical sense) in your work and proceed with the assumed values. You are to design a power transmission system for a wind turbine. The input is a wind turbine whose torque input is assumed at 34 N-m at 250 rpm. The turbine is fitted on to the same input shaft as a spur gear which has 20 teeth. The other spur gear is fitted onto an output shaft and the shaft is connected to a power generator. The power generator expects the output shaft speed of 500 rpm. Design the following components. 1. Both spur gears 2. Input and output shafts 3. Radial-contact bearings at the end of each shafts Hint: the number of given parameters and conditions are much fewer than what you need to actually design the system. For any missing conditions or parameters, clearly state the assumptions (that make physical sense) in your work and proceed with the assumed values