Malloy Milling grinds calcined alumina to a standard granular size. The mill produces two different size products, regular grind and super grind, from the same raw materials. After reviewing the production rate, demand, and profit for each of the two types of grind, Malloy Milling found the following linear optimization model for profit, where R is the number of tons of regular grind produced and S is the number of tons of super grind produced. Implement the linear optimization model on a spreadsheet and use Solver to find an optimal solution. Interpret the Solver Answer Report, identify the binding constraints, and verify the values of the slack variables. Maximize Profit 1000 R+ 1800 S R+S≥700 R S 5 3 R≥400 S≥200 $168 (Total production) (Time limitation) (Demand for regular grind) (Demand for super grind) Implement the linear optimization model and find an optimal solution. Interpret the optimal solution. The optimal solution is to produce tons of regular grind and tons of super grind. This solution gives the (Type integers or decimals rounded to two decimal places as needed) possible profit, which is $

Malloy Milling grinds calcined alumina to a standard granular size. The mill produces two different size products, regular grind and super grind, from the same raw materials. After reviewing the production rate, demand, and profit for each of the two types of grind, Malloy Milling found the following linear optimization model for profit, where R is the number of tons of regular grind produced and S is the number of tons of super grind produced. Implement the linear optimization model on a spreadsheet and use Solver to find an optimal solution. Interpret the Solver Answer Report, identify the binding constraints, and verify the values of the slack variables. Maximize Profit 1000 R+ 1800 S R+S≥700 R S 5 3 R≥400 S≥200 $168 (Total production) (Time limitation) (Demand for regular grind) (Demand for super grind) Implement the linear optimization model and find an optimal solution. Interpret the optimal solution. The optimal solution is to produce tons of regular grind and tons of super grind. This solution gives the (Type integers or decimals rounded to two decimal places as needed) possible profit, which is $

Cornerstones of Cost Management (Cornerstones Series)

4th Edition

ISBN:9781305970663

Author:Don R. Hansen, Maryanne M. Mowen

Publisher:Don R. Hansen, Maryanne M. Mowen

Chapter15: Lean Accounting And Productivity Measurement

Section: Chapter Questions

Problem 18E: Lean manufacturing uses value streams to produce a family of products that require the same...

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What is the answers using solver on excel:
Larsen, Inc., produces two types of electronic parts and has provided the following data: There are four activities: machining, setting up, testing, and purchasing. Required: 1. Calculate the activity consumption ratios for each product. 2. Calculate the consumption ratios for the plantwide rate (direct labor hours). When compared with the activity ratios, what can you say about the relative accuracy of a plantwide rate? Which product is undercosted? 3. What if the machine hours were used for the plantwide rate? Would this remove the cost distortion of a plantwide rate?
1) Determine the variable cost per unit and the fixed cost using the high-low method. 2) What is the equation of the total mixed cost function? 3) Based on the High-Low method, what is the total production costs if 6,500 units are produced?4) Prepare the scatter diagram and insert the trendline or line of best-fit. Use a scale of 2 cm to represent 1,000 units on the x-axis & 2 cm to represent $50,000 on the yaxis.5) Using the line of best-fit, determine the company’s fixed cost per month and the variable cost per unit. (Use 0 & 5,000 units.) Answer all please and thanks.
please answer in text form and in proper format answer with must explanation , calculation for each part and steps clearly
The background info is provided in the image attached. Solve the following: a) Classify each cost element as either fixed, variable, or mixed. b) Calculate:i) the variable production cost per unit and the total fixed production overhead. ii) The total variable cost per unit and the total fixed costsHint: Use the high-low method to separate mixed costs into their fixed and variable components.
The graphs below represent cost behavior patterns that might occur in acompany's cost structure. The vertical axis represents total cost, and thehorizontal axis represents activity output. Required:For each of the following situations, choose the graph from the group a-1 that best illustrates the cost pattern involved. Also, for each situation,identify the driver that measures activity output. 1. The cost of power when a fixed fee of $500 per month is chargedplus an additional charge of $0.12 per kilowatt-hour used2. Commissions paid to sales representatives. Commissions arepaid at the rate of 5 percent of sales made up to total annual salesof $500,000, and 7 percent of sales above $500,000.3. A part purchased from an outside supplier costs $12 per part for the first 3,000 parts and $10 per part for all parts purchased inexcess of 3,000 units.4. The cost of surgical gloves, which are purchased in incrementsof 100 units (gloves come in boxes of 100 pairs).5. The cost of tuition at a…
You have been asked to decide about one of two mutually exclusive alternatives (A & B). The following table gives the initial costs, annual savings in labor costs, and the expected life of two pieces of equipment. Plot PW vs. i for each equipment on the same graph and identify the AAIRR from the graph (i for the intersection). Then, highlight the corresponding value of i in yellow in your spreadsheet. High-cost Equipment (A) Low-cost Equipment (B) Initial Cost $137,910 $100,000 Savings in Labor Costs $42,000 / year $32,000 / year Life 5 years 5 years
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The following data have been extracted from the records of Puzzle Incorporated: Production level, in units Variable costs Fixed costs Mixed costs Total costs Required A Required B Required: a. Calculate the missing costs. b. Calculate the cost formula for mixed cost using the high-low method. c. Calculate the total cost that would be incurred for the production of 12,880 units. d. Identify the two key cost behavior assumptions made in the calculation of your answer to part c. Required C Production level, in units Variable costs Fixed costs Mixed costs Total costs Complete this question by entering your answers in the tabs below. Calculate the missing costs. Note: Do not round intermediate calculations. February 9,200 $ 19,320 ? 16,312 $ 71,532 February 9,200 $ 19,320 $ 2 X 16,312 $ 71,532 Required D August August 20, 240 $? 35,900 ? $ 106,970 Answer is not complete. 20,240 34,255 35,900 52,475 $ 106,970
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The KMP Metal Machining Company produces widgets according to customer order. The company has determined that widgets can be produced on three different machine tools: M1, M2, or M3. An analysis of widget production cost reveals the following data: Solve, a. Using a graphical approach, determine the most economical machine tool to use for all order sizes between 1 and 200 units. In other words, determine the subranges within the overall range of 1 to 200 for which each machine tool is preferred. b. Using an algebraic approach, determine the most economical machine tool to use for all order sizes between 1 and 200 units. c. For an order of size 75, which machine tool should be used to produce the order, and what is the total production cost? d. For an order of size 160, assume that the preferred (most economical) machine is unavailable. What penalty (expressed in dollars of additional production cost) must be paid if the second most economical machine is used? The third?
Cost Relationships The following costs are for Optical View Inc., a contact lens manufacturer: Required Calculate and graph total costs, the total variable cost, and total fixed cost. For each level of output calculate the per-unit total cost, per-unit variable cost, and per-unit fixed cost. Using the results from requirement 2, graph the per-unit total cost, per-unit variable cost, and per-unit fixed cost, and discuss the behavior of the per-unit costs over the given output levels.