Wolve Corp. is working at full production capacity producing $10,000$ units of a unique product, AutoA. Manufacturing costs per unit for AutoA follow:Direct materialsDirect manufacturing laborManufacturing overhead$4$$$238000$Roba$2000$buy $200012000$sellThe unit manufacturing overhead cost is based on a variable cost per unit of $$2$ and fixed costs of $$30,000($at full capacity of $10,000$ units$).$The nonmanufacturing costs, all variable, are $$4$ per unit, and the selling price is $$20$ per unit.A customer, the Lionn Co$.,$ has asked Wolve to produce $2,000$ units of a modification of AutoA to be called Robo$\_$T$.$ Robo$\_$T would require the same manufacturing processes as AutoA, and the Lionn Co$.$ has offered to share equally the nonmanufacturing costs with Wolve. Robo$\_$T will sell at $$15$ per unit.Required$1.$ How many units are at the break$-$even point?$3-8000|1000$ RobT$2.$ If you want to get a profit of $$5,000,$ how many units you have to sell?$3.$ What is the opportunity cost to Wolve of producing the $2,000$ units of Robo$\_$T$?4.$ The Foxx Corp. has offered to produce $2,000$ units of AutoA for Wolve so that Wolve may accept the Robo$\_$T offer. Foxx would charge WolveSlowy on calerations po po Care por $0$a$.$e pot $)($Show your calculations$)5.$ Suppose Wolve had been working at less than full capacity, producing$8,000$ units of AutoA at the time the Robo$\_$T offer was made. What is the minimum price Wolve should accept for Robo$\_$T under these conditions?