s 11- 20: Three (3) Points Each. Two V-Belts are attached to the countershaft as shown. Pulley "A" receives power from a motor through a belt with the tensile forces shown. The power is delivered from the pulley at "A" to the pulley at "B" via the shaft AB. The belt tension T2 is 15% of the tension T. X Determine the magnitude (lb) of the tension T in the belt on pulley B. Answer: 1740b T=T(0.15) Mx=(300-50)8+ 20001b = T +0,15T Determine the magnitude (lb) of the tension T in the belt on pulley B. Answer: Determine the magnitude of the reaction Oz (lb). Answer: Determine the magnitude of the reaction Oy (lb). Answer: Determine the Combined bending moment (lb-in.) at point A. Answer: Determine the Combined bending moment (lb-in.) at point B. Answer: 300 lbf I dia. 6 dia. 50 lbf 8 dia. 00