A 5-V belt drive having an 8.9-in sheave rotating at 1160 rpm transmits 40 hp to a heavy conveyor with a 13.9-in on a driven sheave. The input sheave is on the shaft of an electric AC motor (High Torque). The drive is used 8 hours daily. (a) Determine the service factor of the drive. (b) Compute the design power. (c) Specify the belt section (either 3V, 5V or 8V). (d) Compute the speed of the driven sheave. (e) If the belt perimeter length is selected as, Lp = 85 in, find the centre-to-centre distance, CD. Is the belt length selected feasible? (f) Compute the rated power, considering corrections for speed ratio, belt length, and angle of wrap. (g) Determine the number of belts needed for the drive.