costs by $50. $225 The profit per acre of cantaloupes would have to increase by $99.50. 11. a. No. e. Yes. 13. c. Yes. Profits would increase by $7×1‚000=$7‚000. 15. b. This constraint is nonbinding and its RHS could by 0.15 without affecting the solution. 17. c. Regular octane rating = 90.0‚ supreme octane rating = 102.11. 19. b. Location 6. 21. b. Macon. Each additional unit of capacity there increases costs by $36.45 (which is the cheapest way to increase capacity). e. $1 extra. 23. c. $0. 25.
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Final Exam Suggested Solution Section I: 26 Multiple Choice Questions (2 marks each – total of 52 marks) 1. b $15‚000 FV‚ 5 n‚ 4 i‚ COMP PMT = $2‚769 2. a 3. c 3 to 6 months 4. a 5. c 6. a 7. a 8. d 9. a 10. b 11. a 12. b 13. c 14. b 15. b 16. b 17. b 18. c 19. a 20. d 21. a 22. b 23. c 24. c 25. b 26. b Section II: 13 True/False (1 mark each – Total of 13 marks) 27. a 28. a 29. a 30. a 31. a 32. b 33. b 34. b 35. b 36. a 37. a 38. a 39. a Section III: 5 Case Studies
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mangosteen skins? 4. Which plant extract when combined with alum is suitable for dyeing a synthetic fiber? 5. Which plant extract when combined with copper sulfate is suitable for dyeing cotton? 6. Does the acidity-basicity of the dye solution affect the quality of the dyed product? What you need Dye materials: plant parts such as peelings of mangosteen fruit‚ purple camote‚ and eggplant or red mayana and pandan leaves Fabrics: cotton‚ rayon‚ or any synthetic fiber Mordants:
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Refining Solutions Sheri Johnson PHL/458 February 11‚ 2013 David McCarthy Refining Solutions 1. How exactly will your solution be applied? List all steps and all important details. Forming a watershed group that will look out for the protection of the Birch River area as far as environmental‚ water quality and recreation opportunities go. The first thing would be to make that important first decision to form the group. Secondly‚ interest must be gauged by having meetings in the area to see
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forecast five and ten years out in order to identify theneeds of the customer and potential disruptors. Find unresolved problems from the customer’s stand- point and resolve them without overshooting. Use “associationalthinking” by finding similar solutions to other problems to apply to your niche. (Anthony‚2012)4. What did you learn from the
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consumer i will be indifferent between having or not having an apartment.) 2 THE MARKET (Ch. 1) Price 60 50 40 30 20 10 0 1 2 3 4 5 6 7 8 Apartments (b) Suppose the supply of apartments is fixed at 5 units. In this case there is a whole range of prices that will be equilibrium prices. What is the highest price that would make the demand for apartments equal to 5 units? $18. $15. A‚ B‚ C‚ D. $10 to $15. (c) What is the lowest price that would make the market
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ECON112 Macroeconomics Problem Set 1 *Solution* By Yao Amber Li Fall 2010 (Instructor: Li‚ Yao; TA: Fok Pik Lin‚ Astor) ------------------------------------------------------------------------------------------------------------------------------------ 40 marks total Part I: True/False/Uncertain Please justify your answer with a short argument. (10 marks‚ 2 marks each) One mark is for correct judgment. One mark is for correct argument. 1. GDP is the value of all goods and services produced
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Refining Solutions PHL/458 February 27‚ 2012 Refining Solutions When in search for a viable solution into refining ideas there are three main steps to follow. According to Vincent R. Ruggiero‚ the three steps to follow are to work out details by determining exactly how solutions will be applied. The next step is to examine each detail for imperfections‚ and the last step is to make any improvements that will eliminate the imperfections. In week two the original issue that was faced was
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BUFFER SOLUTION (ACID) An acidic buffer solution is simply one which has a pH less than 7. Acidic buffer solutions are commonly made from a weak acid and one of its salts - often a sodium salt. Objectives: 1. Measure the pH of the unknown solution first with indicators and then with pH paper. 2. compare the buffer solution with both a strong acid and a weak acid materials: 2 30 mL beakers 2 100mL volumetric flask 1 10mL pipet 2 aspirator 1 50mL graduated cylinder 1 10mL graduated
Free PH Acid dissociation constant Acid
Solution to Tutorial 4 Given: F = 1000 kg-mole/hr‚ xF = 0.20 (ethanol is MVC) Feed is saturated liquid‚ thus q = 1.0 xD = 0.80‚ xB = 0.02 (maximum); R = 5/3 First‚ plot the equilibrium curve using the VLE data given. Note that you need to convert mole% ethanol into mole fraction. Then‚ apply the McCabe-Thiele method to find the number of theoretical (equilibrium) trays required for the separation. Step 1: Since R and xD are known (5/3‚ and 0.80 respectively)‚ plot the ROL equation - it
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