The Eastern Shore Compary, which is under contract io the US. Navy, assembles troop deployment bouts. As part of its mssorch program, it completes the anserrbly of the first of a new PT109e. (A \90 leaming curve means \\( b=-0.152004 \\).) (Click the iocen to view the cost information.) Read the requrements. model for potental culiomens) Begin by detemining the houn used io produce the sur PT100s for the Navy. (Round intermediary and final anwwers to the nearest whole number) The fotal cumulatve time in laborhoun for seven PT10es is hours, therefore, the lotal time to produce six PT100s is houn: (Click the icon to view the cost information.) Read the requirements. Requirements Requirement 1. Calcul model for potential cunt Begin by determining \\( t \\) The total cumulative tir Prtogn is 1. Calculate predicted total costs of producing the six PT109s for the Navy. (Eastem Shore will keep the first deployment boat assembled, costed at \\( \\$ 1,546,000 \\), as a demonstration model for potential customers.) 2. What is the dolar amount of the difference between (a) the predicted total costs for producing the six PT 109 s in requirement 1 , and (b) the predicted lotal costs for producing the six PT 109s, assuming that there is no learning curve for direct manufacturing labon? That is, for (b) assurne a linear function for units produced and direct manufacturing labor-hours. pyment boat assembled, cost est whole number.) Data table Direct materials cost Direct manufacturing labor time for first boat Learning curve for manufacturing labor time per boat Direct manufacturing tabor costs Variable manufacturing overhead costs Other manufacturing overhead Tooling costs? \\( \\$ 206,000 \\) per PT 109 15,500 direct manufacturing labor-hours \90 cumulative average time\" \\$ 44 per direct manufacturing labor-hour 5. 24 per direct manufacturing laboe-hour \20 of direct manufacturing labor costs \\$ 286,000 Using the formula for a \90 learning curve, \\( b=\\frac{\\ln 0.90}{\\ln 2}=\\frac{-0.105361}{0.693147}=-0.152004 \\) 2. Tooling can be reused at no extra cost because all of its cost has been assigned to the first deployment boat