Python Radars manufactures radar systems. It has just completed the manufacture of its first newly designed system, RS-32. Manufacturing data for the RS-32 follow (Cck soon to view) Requirement Calculate the total variable costs of producing 2.4, and 8unts Begin by calculating the cumulative total time in labor-hours using the cumulative average-sine leaming model. (Round the cumulative average time per unit to the nearest whole number) Cumulative number of Cumulative average time Cumulative total time: per unit Labor-hours Laber-hours Data table Direct material cost Direct manufacturing labor time for first unit Learning curve for manufacturing labor time per radar system Direct manufacturing labor cost Variable manufacturing overhead cost "Using the formula for an 85% leaming ourve, b $ 85,000 per unit of R-32 3.400 direct manufacturing labour 85% cumulative average time $ 21 $ per direct manufacturing labor-hour 10 per direct manufacturing labor-hour In 0.85 -0.102519 -0.234465 2 0.003147 Print Done Python Radars manufactures radar systems. It has just completed the manufacture of its first newly designed system, RS-32. Manufacturing data for the RS-32 folow (Click loon to view data) Requirement Calculate the total variable costs of producing 2.4, and 8 units Begin by calculating the cumulative total time in labor-hours using the cumulative average-time learning model (Round the cumulative average time per unit to the nearest whole number) Cumulative number of Cumulative average time Cumulative total time units per unit Labor-hours Labor-hours Data table 2 4 Direct material cost Direct manufacturing labor time for first unit Learning curve for manufacturing labor time per radar system Direct manufacturing labor cost Variable manufacturing overhead cost $ 85,000 per unit of R-32 3,400 direct manufacturing labor hours 85% cumulative average time $ 21 $ per direct manufacturing laber-hour 19 per direct manufacturing labor-hour 0.85 -0.162519 Pusing the formula for an 80% leaming curve, b ... -0.234465 h2 0693147