A company has two options. Calculate the profitability of the proposals under the return on investment method Proposal I Proposal II Automatic machine Ordinary Machine Cost 220000 60000 Estimated life 5.5 years 8 years Estimated sales p.a 150000 150000 Cost : Material 50000 50000 Labor 12000 60000 Variable overheads 24000 20000 16

A company has two options. Calculate the profitability of the proposals under the return on investment method Proposal I Proposal II Automatic machine Ordinary Machine Cost 220000 60000 Estimated life 5.5 years 8 years Estimated sales p.a 150000 150000 Cost : Material 50000 50000 Labor 12000 60000 Variable overheads 24000 20000 16

FINANCIAL ACCOUNTING

10th Edition

ISBN:9781259964947

Author:Libby

Publisher:Libby

Chapter1: Financial Statements And Business Decisions

Section: Chapter Questions

Problem 1Q

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Calculate the profitability of the following proposal using the Average rate of return (ARR) method Proposal I Automatic machine Cost OMR 320000 Estimated life 5 years, scrap value OMR 25000, The estimated profits are given below Year Profits 1 75000 21 55000 3. 60000 4. 70000 80000 O a. 37.71% O b. 36.00% 39.42% O d. All the options are wrong earch 近

2. Choose from the two machines which is more economical? Machine A Machine B P 8,000 P 14,000 15 15 0 2,000 P 3,000 P 1,200 3% First Cost Life Salvage Value Annual Operation P 2,400 Annual Maintenance P 1,000 Taxes and Insurance 3% Which will you choose if minimum required profit is 16%. Use Rate of Return on Additional Investment, Annual Cost Method and Present Worth Method
Walden Industries is considering investing in production-management software that costs $600,000, has $67,000 residual value, and leads to cost savings of $2,300,000 per year over its five-year life. Calculate the average amount invested in the asset that should be used for calculating the accounting rate of return. Question content area bottom Part 1 A. $333,500 В. $667,000 С. $67,000 D. $600,000
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Subject : Economy and Engineering Management
Two mutually exclusive investment altematives for implementing an office automation plan in an engineering design firm are being considered. If the firm's MARR is 10% per year, which alternative should be selected? Compare the alternatives shown below on the basis of Incremental Analysis. Investment A Investment B Capital Investment, S Annual Expenses, S/yr. 920,000 660,000 167,000 133,000 Salvage value, S 410,000 330,000 Life, years 10 10 Determine IRR on incremental analysis, using 7% and 13% rates. Oa86% Ob 11.1% 10.9% Od.95%
еВook Show Me How Print Item Average Rate of Return The following data are accumulated by Lone Peak Inc. in evaluating two competing capital investment proposals: 3D Printer Truck Amount of investment $76,000 $48,000 Useful life 4 years 7 years Estimated residual value Estimated total income over the useful life $7,600 $12,600 Determine the expected average rate of return for each proposal. If required, round your answers to one decimal place. 3D Printer % Truck
As an engineer, you have been asked to recommend a new cooling system for a large warehouse. You have narrowed it down to three different systems with the associated costs shown below If the minimum attractive rate of return in 10%, which system would you recommend. Cooling system A В C $250,000 $75,000 $300,000 $60,000 $36,000 $375,000 $80,000 $45,000 9 years Installation costs Annual operating costs Salvage value Lifespan None 5 years 7 years
An organization is trying to decide between two miling machines (standard or delue) for a manufacturing operation. Use present worth analysis and an interest rate of iR lo detes milling machine is preferred from an economic perspective. iR=25% R=4
Calculate the Modified Internal Rate of Return for Equipment X and equipment Y.
Karabuk casting factory wants to buy a furnace to meet their increasing production demands. As a result of the studies, the data in the table below were found. Based on these data, what will be future value (FV) of the scrap value of alternative B? For Alternative B; Purchase Cost= 12000 Annual Operating Expense= 1700 Scrap Value= 3000 Economic Life= 4 Capital Cost = 10% Ans: 3000