Question 1 1 pts #36) Compute the bending stress using the equation below (Eq 9-16). Assume the gear blank is solid. Make sure to save your work as this will be used in HW#11 also. A pair of gears with 20 degree, full-depth, involute teeth transmits 10 hp while the pinion rotates at 1750 rpm. The diametral pitch is 12, and the quality number is A11. The pinion has 18 teeth (N1), and the gear has 85 teeth (N2). The face width is 1.25 inches (f). The input power is from an electric motor, and the drives is for an industrial conveyor. The drive is a commercial enclosed gear unit. Bending Stress Number Eq 9-16 WPd S = -KoksKmKBKv FJ A. What is the tangential force (Wt) generated in the gear pair? (+/- 5 lbs) Question 2 B. What is the geometry factor (J) for the pinion? (+/- .2) 1 pts Question 3 C. What is the overload factor (Ko) for the pinion, based on the machine being designed? (+/- .1) Question 4 D. What is the size factor (Ks) for the gear pair? (+/-.1) Question 5 E. What is the load distribution factor (Km) for the pinion? (+/-.02) 1 pts 1 pts 1 pts Question 6 F. What is the rim thickness factor (Kb) of the pinion? (+/-.1) Question 7 G. What is the dynamic factor (Kv) for the pinion? (+/-.1) Question 8 H. Compute the bending stress of the pinion teeth using the equation above. (+/- 1,000 PSI) 1 pts 1 pts 1 pts Question 9 1 pts In computing the bending stress in gear trains; will the bending stress level be higher in the gear or the pinion? Pinion Gear Both are the same Neither pinion or gear Question 10 Provide your calculations and diagrams here! Upload Choose a File 3 pts