Consider the following situation. you have two plants (in philadelphia and pittsburgh) and two destination sites (markets), in baltimore and new york. you are considering expansion and would like to add a third market in either buffalo or cleveland. suppose you are indifferent between them in every respect except for transportation costs. the existing situation is depicted below (per unit transportation costs are given on each route). baltimore new york c 110 romllo philadel pittsbur demand 100 400 20 25 the expected demand in both buffalo and cleveland is 10 units. the per unit shipping costs to these sites from philadelphia and pittsburgh are given below. you plan to solve this location problem with the aid of the transportation model. buffalo cleveland phila a 600 pittsburgh (a.) set up and solve two transportation problems whose solutions will you select the new location. what costs do you get with buflalo? o a. 125 400 475 b. 15.345 o c. 13,325 o d. 12,575 (b.) set up and solve two transportation problems whose solutions will you select the new location. what costs do you get with cleveland? o a. 15,345 ob. 13.325 o c. 135 o d. 12,575 (c.) what location would you be your decision? cleveland o buffalo (d.) consider when cleveland is included. if you were forced to send two units from philadelphia to baltimore, what will be the new cost? o a. 13544 b. 13455 o c. 13523 o d. 13325