1. Your company currently owns a machine that is costing you $60.000 per year. You areconsidering replacing it with a new machine that would have a first cost of $60.000, andannual operating costs of $30,000 per year for three years. You have received three differentestimates of the eventual salvage value of the new machine: $10,000: $15,000; and$20,000. If your company's minimum acceptable rate of return is 12% per year, is thedecision of whether to replace the machine sensitive to the estimated salvage value?Solution: No

To be able to answer this problem we need to determine the Net Present Value under the three…

Answered: 1. Your company currently owns a…

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

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29. Company X has been contracting its overhauling work to Company Y for $40,000 per machine per year. Company X estimates that by building a $500,000 maintenance facility with a life of 15 years and a salvage value of $100,000 at the end of its life, they could handle their own overhauling at a cost of only $30,000 per machine per year. What is the minimum annual number of machines that Company X must operate to make it economically feasible to build its own facility? (Assume an interest rate of 10% ) A. 1 <= N <= 5 B. 6 <= N <= 7 C. 8 <= N <= 9 D. 10 <= N <= 11
please answer in text form and in proper format answer with must explanation , calculation for each part and steps clearly
Northwest manufactures a product requiring 0.5 ounces of platinum per unit. The cost of platinum is approximately $360 per ounce, the company maintains an ending platinum inventory equal to 10% of the following month's production usage. The following data were taken from the most recent quarterly production budget August September 980 July Planned production in units 1,000 1,100 The cost of platinum to be purchased to support August production is: $195,840. 1,1 O $198,000. O $200,160.
7. A factory engaged in the fabrication of an automobile part with a production capacity of 700,000 units per year is only operating at 62% of capacity due to the unavailability of the necessary foreign currency to finance the importation of the raw materials. The annual income is P430,000. The annual fixed cost is P190,000 and the variable cost is PO.348 per unit. What is the break-even point?
13.12 You work for Bellevue Window Products. While performing an analysis for a new window prod- uct, you found a report from last year that pro- vided the following information regarding the manufacture of a similar product: annual produc- tion rate T 40,000 units; selling price = $70 per unit; fixed production cost = $240,000 per year; variable production cost = $1,700,000 per year; variable selling expenses = $96,000 per year. As a first-cut, you decide to use this information to estimate (a) the breakeven production rate per year, (b) the company's profit last year, and (c) the annual production rate that would generate a profit of $1,000,000 per year. What are your estimates?
1. To resolve the issue of Coronavirus testing, a city decided to set up a plant to producelow cost testing kits. This facility will operate for 12 months and then it will bedismantled. It will cost the city $P to buy the main machine. In addition, the city willspend $45,000 as planning cost before the work commences. The monthly operating andmaintenance cost to run the facility will be $52,500. The city also expects to loseadditional $43,000 every month for the duration of the facility. It is estimated that, thisplant will save taxpayers who will use the testing facility about $15 per usage. The cityexpects 0.5% of its 2 Million citizens to use the facility every month for 12 months. Thefacility will be upgraded at a cost of $40,000 at the end of month 5, $75,000 at the end ofmonth 10, and will then be dismantled at the end of month 12 for $100,000. Afterdismantling, the city will sell the used machine at it salvage value of $72,000. Usingbenefit-cost ratio analysis with an interest…
The following are data from a production, calculate; The Break-even point in terms of sales value and in . The production demand is at 20,000 units. What is the cw1ent production profit? If the management decides to lower dow11its selling price by 50% given the same demand, will this be a sound decision? Justify. Monthly Fixed Factory Overhead Cost = P600,000 Monthly Fixed Selling Overhead Cost = Pl20,000 Va1iable Manufacturing Cost per Unit = P220 Va1iable Selling Cost per Unit = P30 Variable Distribution Cost per Units = P50 Selling Price per limit = P400
7. Compute for the number of blocks that an ice plant must be able to sell per month to break-even based on the following data: Cost of electricity per block.. tax to be paid per block. Real Estate Tax Salaries & Wages Others . Selling price of ice P20.00 P2.00 . P3,500/month P25,000/month P12,000/month P55.00/block
Suppose that two certain cars have the following average operating and ownership costs. Average Costs per Mile Ownership Operating $0.24 $0.20 $0.68 $0.25 If you drive 20,000 miles per year, by how much does the total annual expense for Car A exceed that of Car B over nine years? Car A Car B The total annual expense for Car A exceeds that of Car B by $ (Round to the nearest dollar as needed.) over nine years. Total $0.92 $0.45
1. To resolve the issue of Coronavirus testing, a city decided to set up a plant to produce low cost testing kits. This facility will operate for 12 months and then it will be dismantled. It will cost the city $P to buy the main machine. In addition, the city will spend $45,000 as planning cost before the work commences. The monthly operating and maintenance cost to run the facility will be $52,500. The city also expects to lose additional $43,000 every month for the duration of the facility. It is estimated that, this plant will save taxpayers who will use the testing facility about $15 per usage. The city expects 0.5% of its 2 Million citizens to use the facility every month for 12 months. The facility will be upgraded at a cost of $40,000 at the end of month 5, $75,000 at the end of month 10, and will then be dismantled at the end of month 12 for S100,000. After dismantling, the city will sell the used machine at it salvage value of $72,000. Using benefit-cost ratio analysis with a…
Your bakery can produce 3,000 unit of bagel per week for 48 weeks of operation per year. You aim to stay in this business for five years. You can either make the dough for the bagels in house or buy them from a different source. If you make the dough in house, you face with annual labour costs: $30,000, annual safety regulation costs: $5,000 and annual material costs: $20,000. But, if you choose to buy the dough from a different source, you must have a special dough-mixer machine to make adjustment for your production. Therefore, you need to pay $5,000 for the dough mixer machine, which has $1,000 salvage value at the end of 5 years. Furthermore, you face with annual maintaining costs including labour costs: $20,000 and additional overhead costs: $10,000 Using this information, find the unit cost of buy the bagel option with MARR 20%. a) Between $1.00 and $1.10 b) None of the answers are correct c) Between $1.20 and $1.30 d) Between $0.20 and $0.30 e) Between $0.50 and $0.60 f) Between…
1.Following is a summary of basic cost and revenue data for an Engineering Consultation Office. Assuming that the average number of consultation services that they provide per month is 802; use the following information to calculate: Price Per Unit = $22 Units Sold = 802 Total Variable Cost = $9,624 Unit contribution margin and total contribution margin. а. b. Breakeven point if Fixed cost = $5,000. Calculate company margin of safety ratio if 700 consultation services are provided per month. С.

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