Question

In: Accounting

Metropole Inc. can produce three different products interchangeably on two machines. The accounting department provides the...

Metropole Inc. can produce three different products interchangeably on two machines. The accounting department provides the following information on these products: A B C Selling price per unit $23 $37 $43 Variable costs per unit $13 $29 $34 Units produced per machine hour 10 12.5 20 Minimum units produced 115 none 145 Maximum units produced 240 none 220 The total machine hours available are 105.

Determine the number of machine hours per unit for each product. (Round answers to 2 decimal places, e.g. 1.25.)

Determine the contribution margin per machine hour for each product. (Round answers to 2 decimal places, e.g. 15.25.)

Determine how many units of each product should be produced and the total contribution margin.

Solutions

Expert Solution

The answer has been presenetd in the supporting sheet. For detailed answer refer to the supporting sheet.


Related Solutions

Metropole Inc. can produce three different products interchangeably on two machines. The accounting department provides the...
Metropole Inc. can produce three different products interchangeably on two machines. The accounting department provides the following information on these products: A B C Selling price per unit $24 $36 $46 Variable costs per unit $13 $28 $37 Units produced per machine hour 10 12.5 20 Minimum units produced 115 none 145 Maximum units produced 240 none 220 The total machine hours available are 105. Determine the number of machine hours per unit for each product. (Round answers to 2...
Exercise 7.30 a-c Metropole Inc. can produce three different products interchangeably on two machines. The accounting...
Exercise 7.30 a-c Metropole Inc. can produce three different products interchangeably on two machines. The accounting department provides the following information on these products: A B C Selling price per unit $23 $37 $45 Variable costs per unit $12 $29 $37 Units produced per machine hour 10 12.5 20 Minimum units produced 125 none 165 Maximum units produced 200 none 220 The total machine hours available are 105. Determine the number of machine hours per unit for each product. (Round...
Better Products, Inc., manufactures three products on two machines. In a typical week, 40 hours are...
Better Products, Inc., manufactures three products on two machines. In a typical week, 40 hours are available on each machine. The profit contribution and production time in hours per unit are as follows: Category Product 1 Product 2 Product 3 Profit/unit $30 $50 $20 Machine 1 time/unit 0.5 2 0.75 Machine 2 time/unit 1 1 0.5 Two operators are required for machine 1; thus, 2 hours of labor must be scheduled for each hour of machine 1 time. Only one...
A factory has three machines capable of producing widgets. All three machines together can produce 191...
A factory has three machines capable of producing widgets. All three machines together can produce 191 widgets per hour. Machine A and machine B together can produce 129 widgets per hour, while machine A and machine C can together produce 137 widgets per hour. How many widgets per hour can each machine produce? A factory has three machines capable of producing widgets. All three machines together can produce 242 widgets per hour. Machine A and machine B together can produce...
A system consists of three machines and two repairmen. At most two machines can operate at...
A system consists of three machines and two repairmen. At most two machines can operate at any time. The amount of time that an operating machine works before breaking down is exponentially distributed with mean 5 hours. The amount of time that it takes a single repairman to x a machine is exponentially distributed with mean 4 hours. Only one repairman can work on a failed machine at any given time. Let X(t) be the number of machines in working...
Eastern Inc. is considering one of the two machines available to produce garden tools. The Artic1...
Eastern Inc. is considering one of the two machines available to produce garden tools. The Artic1 costs $360,000, has a four-year life and has to be depreciated on a straight-line method to zero. In order to operate Artic 1, it requires an initial working capital of $9,000. This working capital will be recovered at the end of the life of the asset. It is estimated that the Artic1 will generate a revenue of $150,000 in the first year, and the...
You have the choice to purchase one of two machines, which can produce exactly the same...
You have the choice to purchase one of two machines, which can produce exactly the same product. Machine A has a MTBF of 100 hours and MTTR of 10 hours, Machine B has a MTBF of 10 hours and a MTTR of 1 hour. What is the availability of each machine? In terms of process stability and inventory which machine would you prefer to purchase & why?
Three materials X, Y, and Z are required to produce two products A and B. The...
Three materials X, Y, and Z are required to produce two products A and B. The profit function of each product is nonlinear. The total profit function for Product A is 80A - A2 and the total profit function for Product B is 72B - 0.8B2. Thus, the total profit for producing A and B together is 80A - A2 + 72B - 0.8B2. (These two profit functions are independent.) a. Use the Nonlinear Solver (GRG Nonlinear) to solve the...
3.sometimes we use them interchangeably but they really are two very different things - salt and...
3.sometimes we use them interchangeably but they really are two very different things - salt and sodium. Explain their differences and their impacts on health and particularly hydration and fluid status. 4.What does potassium do and where do we get it?
A manufacturing company produces three products. All products need to be processed on machines. For the...
A manufacturing company produces three products. All products need to be processed on machines. For the production times, product 1 uses 15 minutes per unit, product 2 uses 17 minutes per unit and product 3 uses 20 minutes per unit. The total regular machine time is 2500 minutes per day. The daily demand of product 1 is between 150 to 200 units and that of product 2 is no more than 55 units and that of product 3 is no...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT