We are study about two different type liquid filter systems for filtrationsystem for the most economic plan for filter system maintenance. Pleasecalculate the cost for each option and answer the following questions:Filter change Labor cost for changeFilter material costrequirementthe filterOption A 3/day$10$3.50/filterOption B 1/week$10$90.00/filterThe labor cost per week of[ Choose ]Option AThe labor cost per week of[ Choose ]Option BThe material cost per week ofOption A[ Choose ]The material cost per week of[Choose ]Option B>

The labor and material cost are the direct cost incurred on the production.

Answered: We are study åbout two different type…

Principles of Accounting Volume 2

19th Edition

ISBN:9781947172609

Author:OpenStax

Publisher:OpenStax

Chapter2: Building Blocks Of Managerial Accounting

Section: Chapter Questions

Problem 4PB: Pocket Umbrella, Inc. is considering producing a new type of umbrella. This new pocket-sized...

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Use the information below or using Exhibit 12.14 on page 577 in Zelman to answer the following questions. Calculate the per unit cost of an initial visit using both the conventional and ABC approaches. Calculate the per unit cost of a regular visit using both the conventional and ABC approaches. Calculate the per unit cost of an intensive visit using both the conventional and ABC approaches. Exhibit 12-14 Basic data and calculation of unit costs using a conventional approach Total Cost by Visit Type Basic Data A B C D Initial Regular Intensive Total (Given) (Given) (Given) (A + B + C) 1 Number of visits 8,000 26,000 8,600 42,600 2 Direct materials (etc.) $40,000 $50,000 $65,000 $155,000 3 Direct labor $100,000 $120,000 $280,000 $500,000…
The controller of the Blade Company wants you to estimate a cost function from the following two observations in a general ledger account called Maintenance: (Click to view the information.) Required 1. Estimate the cost function for maintenance. 2. Can the constant in the cost function be used as an estimate of fixed maintenance cost per month? Explain. Requirement 1. Estimate the cost function for maintenance. (Round your answers to the nearest cent as needed.) Maintenance costs = Maintenance costs = +( +( X X Requirement 2. Can the constant in the cost function be used as an estimate of fixed maintenance cost per month? Explain. the relevant range, not at cost levels the relevant range. If there are no months with zero The cost function in requirement 1 is an estimate of how costs behave machine-hours represented in the maintenance account, data in that account function provides the best available starting point for a straight line that approximates how a cost behaves be used to…
The production department is proposing the purchase of an automatic insertion machine. It has identified three machines and has asked the accountant to analyze them to determine which one has the best average rate of return. Machine A $43,529.50 $80,697.00 Machine B Machine C $64,675.95 310,925.00 268,990.00 431,173.00 Estimated average income Average investment Oa. Machine B Ob. Machine A Oc. Machine C Od. Machines B and C have the same preferred average rate of return.
Walton Bike Company makes the frames used to build its bicycles. During year 2, Walton made 21,000 frames; the costs incurred follow. Unit-level materials costs (21,000 units x $49) Unit-level labor costs (21,000 units × $56) Unit-level overhead costs (21,000 x $11) Depreciation on manufacturing equipment Bike frame production supervisor's salary Inventory holding costs Allocated portion of facility-level costs $1,029,000 1,176,000 231,000 90,000 93,400 280,000 590,000 Total costs $3,489,400 Walton has an opportunity to purchase frames for $120 each. Additional Information 1. The manufacturing equipment, which originally cost $550,000, has a book value of $410,000, a remaining useful life of 4 years, and a zero salvage value. If the equipment is not used to produce bicycle frames, it can be leased for $76,000 per year. 2. Walton has the opportunity to purchase for $990,000 new manufacturing equipment that will have an expected useful life of 4 years and a salvage value of $47,600. This…
Johnson Filtration. Inc., provides maintenance service for water filtration systems throughout southern Florida. Customers contact Johnson with requests for maintenance service on their water filtration systems. To estimate the service time and the service cost. Johnson’s managers want to predict the repair time necessary for each maintenance request. Hence, repair time in hours is the dependent variable. Repair time is believed to be related to three factors: the number of months since the last maintenance service, the type of repair problem (mechanical or electrical), and the repairperson who performs the repair (Donna Newton or Bob Jones). Data for a sample of 10 service calls are reported in the following table: Develop the simple linear regression equation to predict repair time given the number of months since the last maintenance service, and use the results to test the hypothesis that no relationship exists between repair time and the number of months since the last maintenance service at the 0.05 level of significance. What is the interpretation of this relationship? What does the coefficient of determination tell you about this model? Using the simple linear regression model developed in part (a), calculate the predicted repair time and residual for each of the 10 repairs in the data. Sort the data in ascending order by value of the residual. Do you see any pattern in the residuals for the two types of repair? Do you see any pattern in the residuals for the two repairpersons? Do these results suggest any potential modifications to your simple linear regression model? Now create a scatter chart with months since last service on the x-axis and repair time in hours on the y-axis for which the points representing electrical and mechanical repairs are shown in different shapes and/or colors. Create a similar scatter chart of months since last service and repair time in hours for which the points representing repairs by Bob Jones and Donna Newton are shown in different shapes and/or colors. Do these charts and the results of your residual analysis suggest the same potential modifications to your simple linear regression model? Create a new dummy variable that is equal to zero if the type of repair is mechanical and one if the type of repair is electrical. Develop the multiple regression equation to predict repair time, given the number of months since the last maintenance service and the type of repair. What are the interpretations of the estimated regression parameters? What does the coefficient of determination tell you about this model? Create a new dummy variable that is equal to zero if the repairperson is Bob Jones and one if the repairperson is Donna Newton. Develop the multiple regression equation to predict repair time, given the number of months since the last maintenance service and the repairperson. What are the interpretations of the estimated regression parameters? What does the coefficient of determination tell you about this model? Develop the multiple regression equation to predict repair time, given the number of months since the last maintenance service, the type of repair, and the repairperson. What are the interpretations of the estimated regression parameters? What does the coefficient of determination tell you about this model? Which of these models would you use? Why?
The cost data for Evencoat Paint for the year 2019 is as follows: Using the high-low method, express the companys maintenance costs as an equation where x represents the gallons of paint produced. Then estimate the fixed and variable costs. Predict the maintenance costs i190,000 gallons of paint are produced. Predict the maintenance costs if 81,000 gallons of paint are produced. Using Excel, create a scatter graph of the cost data and explain the relationship between gallons of paint produced and equipment maintenance expenses.
The production department is proposing the purchase of an automatic insertion machine. It has identified three machines and has asked the accountant to analyze them to determine which one has the best average rate of return. Machine A Machine B $45,730.58 $60,103.80 326,647.00 200,346.00 Ca, Machines B and C have the same preferred average rate of return b. Machine C C. Machine 11 d. Machine A Estimated average income Average investment Machine C $74,639.55 497,597.00
Calculate the per unit cost of an intensive visit using the conventional approach. Calculate the per unit cost of an intensive visit using the ABC approach. Exhibit 12-13Data for cost allocation in Problem 13 Basic data and calculation of unit costs using a conventional approach Total Cost by Visit Type Basic Data A B C D Initial Regular Intensive Total (Given) (Given) (Given) (A + B + C) 1 Number of visits 5,000 10,000 5,000 20,000 2 Direct materials (etc.) $21,000 $14,000 $35,000 $70,000 3 Direct labor $80,000 $80,000 $240,000 $400,000 4 Estimated overhead (total is a given) $150,000 5 Cost / visit: conventional method Additional basic data 1)…
The production department is proposing the purchase of an automatic insertion machine. It has identified three machines and has asked the accountant to analyze them to determine which one has the best average rate of return. Line Item Description Machine A Machine B Machine C Estimated average income $47,060.44 $72,961.50 $73,785.60 Average investment 336,146.00 243,205.00 491,904.00 a. Machine C b. Machine A c. Machines B and C have the same preferred average rate of return. d. Machine B
Write a linear cost function equation for each of the following conditions. Use y for estimated costsand X for activity of the cost driver. Machine operating costs include $1,000 of maintenance per month, and $15.00 of coolant usagecosts for each day the machinery is in operation.
An operations manager is deciding on the level of automation for a new process. The fixed cost for automation includes the equipment purchase price, installation, and initial spare parts. The variable costs per unit for each level of automation are primarily labor related. Each unit can be sold for $81. As in many cases, you have the default alternative of doing nothing ($0 fixed cost, $0 variable costs). Hint: For these questions, also consider the “Do Nothing” option as a viable option when making your decision. Alternative Fixed Costs Variable Costs per Unit A $100,000 $54 B $272,000 $31 C $560,000 $20 Recommended: graph each alternative with units on the x-axis and $ on the y-axis. Also, include revenue on the chart. Identify the break-even points and points of indifference.
Cari Pump (CP) Company manufactures water pumps. An important part of the pump is its electronic component (EC). Cari Pump collects data with the following cost information about the costs of making ECs in 2019 and the expected costs in 2020: Current Costs (2019) Expected Costs (2020) Fixed manufacturing cost Fixed manufacturing overhead costs that can be avoided if ECs are not made Fixed manufacturing overhead costs of plant depreciation, insurance, and administration that cannot be avoided even if ECs are not made Variable manufacturing costs Direct material cost per EC Direct manufacturing labor cost per EC Variable manufacturing cost per batch for setups, Materials handling, and quality control 360,000 850,000 $ 200 60 2,000 360,000 850,000 $ 190 55 1,800 Cari Pump manufactured 9,000 ECs in 2019 in 30 batches of 300 each. In 2020, Cari Pump anticipates needing 10,500 ECs. The ECs would be produced in 60 batches of 175 each. A supplier, Furry Deals has enquired about supplying ECs…

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