Use the following data for 2009 DODGE Challenger SRT8 2DR Coupe. 2009 DODGE CHALLENGER SRT8 2DR COUPE Rear: 44% CURB WEIGHT: Curb Weight Distribution Gross Vehicle Weight Rating: Drive Wheels: 4170 lbs. Front: 56% 5300 lbs. REAR Total Length Wheelbase 198 in 116 in For the following problems, assume that the C.G. height is 23 in. Also, DO NOT use the angular approximations. 5. The vehicle accelerates from a standing start up a 5 percent grade at an acceleration of 4 ft/s2. (a) Find the load distribution on the axles at this condition. (b) How much load is transferred due to the acceleration only? (c) Also, how much load is transferred due to the grade? 6. Calculate the axle load and traction force at the rear wheels if the vehicle is going up an incline of O= 2 and hard acceleration of 0.3g is produced. What are the traction force and the minimum coefficient of friction required? Use the following data for 2009 DODGE Challenger SRT8 2DR Coupe. 2009 DODGE CHALLENGER SRT8 2DR COUPE Rear: 44% CURB WEIGHT: Curb Weight Distribution Gross Vehicle Weight Rating: Drive Wheels: 4170 lbs. Front: 56% 5300 lbs. REAR Total Length Wheelbase 198 in 116 in For the following problems, assume that the C.G. height is 23 in. Also, DO NOT use the angular approximations. 5. The vehicle accelerates from a standing start up a 5 percent grade at an acceleration of 4 ft/s2. (a) Find the load distribution on the axles at this condition. (b) How much load is transferred due to the acceleration only? (c) Also, how much load is transferred due to the grade? 6. Calculate the axle load and traction force at the rear wheels if the vehicle is going up an incline of O= 2 and hard acceleration of 0.3g is produced. What are the traction force and the minimum coefficient of friction required