Q.4 Firm purchased plant Rs. 150,000; foundation cost paid 10,000 and installation Rs . 20,000. Project is forecast for five years, details are as follows: Sales 15000 units [growth of sales by 20% for first two years and then 10% for rest of the project life]. Working capital required at the start of project 10,000. Sales price 25 per unit Variable cost of sales Rs. 8 per unit Fixed expenses Rs. 10,000 (excluding depreciation) Firm uses diminishing Balance Method [rate 20% ] and tax rate 40 %. Assume that plant sold at the end of the project equal to its book value. Cost of capital 15 % . Calculate NPV and IR Use all 4 methods of depreciation

Q.4 Firm purchased plant Rs. 150,000; foundation cost paid 10,000 and installation Rs . 20,000. Project is forecast for five years, details are as follows: Sales 15000 units [growth of sales by 20% for first two years and then 10% for rest of the project life]. Working capital required at the start of project 10,000. Sales price 25 per unit Variable cost of sales Rs. 8 per unit Fixed expenses Rs. 10,000 (excluding depreciation) Firm uses diminishing Balance Method [rate 20% ] and tax rate 40 %. Assume that plant sold at the end of the project equal to its book value. Cost of capital 15 % . Calculate NPV and IR Use all 4 methods of depreciation

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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Please solve this question fastly Onekilogram of soil has 2% organic matter, 7% iron and aluminum oxides, 9% montmorillonite, and 5% smectite. Assume that the CEC for the various components is: humus = 200 cmolc / kg, iron and aluminum oxides = 2 cmolc / kg, montmorillonite = 100 cmolc / kg, and smectite = 150 cmolc / kg. Calculate the CEC of the soil.
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