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There are two bevel gears in mate (a pinion and gear) determine the maximum diametral pitch (or closest to SF) based on the bending equations and the data below: (hint: use iterative approach, meaning it make take more than one try) (Also recall that diametral pitches are standardized, find the one the closest to standardized value while satisfying the FOS) . Determine the optimal diametral pitch, P, for the pinion (use bending equations) . Design/Safety Factor (SF)2.00 Overall Factor of Safety (n_b)- 2.00 .NP (teeth) 20 Pressure angle (degrees) 20 n (rpms) 800 .H (hp)0.5 . Ng (teeth) 40 . Pd (teeth/in) 24 (assume) .Quality number (Qv)-5 Pinion is made of induction hardened (grade 2) steel and has a hardness of (HB) 300 .Gear is made of induction hardened (grade 2) steel and has a hardness of (HB) 380 .Loading (source, load): Medium Shock - Medium Shock . NL of pinion (cycles) 1*10A8 .Calculating the Stress-Cycles factor, use the high cycle equation KL 1.3558 NL-0.0178) . reliability0.99 . Additionally, only one gear is straddled mounted while the other is cantilevered Temperature (degrees. F-200 . Both the pinion and gear are uncrowned

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