Assume a company makes only three products, A, B, and C: Selling price per unit Variable cost per unit Machine-hours per unit Product A Product B Product C $ 80 $ 65 $ 51 $ 35 $ 26 $ 20 2.5 3.0 1.25 The company has only 2,900 machine-hours available and unlimited demand for each of its three products. The highest tota company can earn if it makes optimal use of its constrained resource is closest to:

Bates Company plans to add a new item to its line of consumer product offerings. Two possible products are under consideration. Each unit of Product A costs $18 to produce and has a contribution margin of $9, while each unit of Product B costs $30 and has a contribution margin of $10. What is the differential revenue for this decision? Multiple Choice O O $21 $1 $13 $12

An automated turning machine is the current constraint at Jordison Corporation. Three products use this constrained resource. Data concerning those products appear below: LN JQ RQ Selling price per unit $ 167.36 $ 303.39 $ 411.96 Variable cost per unit $ 136.00 $ 212.11 5 303.18 Minutes on the constraint 1.60 5.60 7.40 Rank the products in order of their current profitability from most profitable to least profitable. In other words, rank the products in the order in which they should be emphasized. (Round your intermediate calculations to 2 decimal places)

Scenario: Emporia Hornets Company manufactures and sells one product for $34 per unit. The company maintains no beginning or ending inventories and its relevant range of production is 20,000 units to 30,000 units When Emporia Hornets produces and sells 25,000 units, its unit costs are as shown in the table below: (Hint 1: within the relevant range, variable and fixed costs behave consistently. For example, a unit variable cost would be constant but a total variable cost would vary, and a unit fixed cost would vary but a total fixed cost would be constant. Hint 2: Each of the unit fixed costs in the table below are the average fixed manufacturing costs per unit when the production level is at 25,000 units. An average fixed cost per unit is the total fixed cost divided by the total number of units produced. You will need to compute a total fixed cost for each fixed cost item first and then to calculate a total fixed manufacturing cost, a total fixed period cost, or both.)   Amount Per…