2023W2 Assignment 5 - for release

PROBLEM You own a firm that offers organlc coconut oil. Your objective is to determine the number of coconut oil to be produced each month in order to maximize revenues. The table below shows the total benefits (revenues) and costs of producing various volumes of coconut oll (. Control Variable (in 500 ml bottle) Total Benefits Total Costs (B) (C) 100 200 300 400 2000 3800 5400 6800 100 300 600 1000 500 600 700 800 900 1,000 8000 9000 9800 10400 10800 11000 1500 2100 2800 3600 4500 5500 1. Use the marginal analysis technique to determine the quantity of organic coconut oil that will maximize net benefils. Present results in lable form and highlight the maximizing level. (. 2. Graphically illustrate letter B. Separate the graphs for TB – TC approach, MB = MC rule, and net benefit (maximum). The sequence of the graph: (1) TB - TC approach (topmost graph); (2) net benefit (middle graph); and (3) MB, MC, & MNB (last, 3rd graph). But be sure that the graphs are parallel in X-axis so as to…

The decision analysis is a. General method of decision making b. Analysis of the correctness of problem solving procedures  c. Risk analysis before decision making d. Problem solving urgency analy

Given Problem: A manufacturing plant wishes to buy a new equipment so the purchasing department did some research on different types of this equipment. In the monthly meeting, the purchasing department presented a report about the two types of equipment that they have found. Pertinent data are as follows:

Price (dollars per gallon) $5.50 3.50 2.50 0 30 40 45 D S2 S₁ Quantity (millions of gallons per month)

(G1)

A certain masonry dam requires 500,000 cu.m. of gravel for its construction. The contractor found two possible sources for the gravel with the following data: Source A Source B 1.0 km Average distance, gravel pit to dam 4.0 km site Gravel cost/cu.m. at pit Purchase price of pit Road construction necessary Overburden to be removed at P50.00/cu.m. Hauling cost per cu.m. per km P415.00 ------- P800,000.00 P450,000.00 None 80,000 cu.m. P7.00 P7.00 Which of the two sites will give lesser cost?

Match the following costs to the correct classification of environmental cost. Cost Cleaning up a river after a hazardous material leak Hire of equipment used for clean up of toxic waste in the factory Performing contamination tests Forming environmental policies Environmental prevention cost Environmental internal failure cost Environmental detection cost Environmental external failure cost

3. Consider the following table: (1) (2) (3) (4) (5) (6) (7) (8) OUTPUT FC VC TC AFC AVC ATC MC 5000 5000 10 5000 (a) 7000 500 200 (b) 200 25 (C) 6000 (d) 200 (e) 440 (A 45 5000 (a) 14000 111 200 (h) 150 58 5000 12000 (i) 86 () 293 (k) 65 5000 (L) 20000 (m) 231 308 429 (n) 5000 18000 23000 71 257 329 (0) (i) List down only the formula that you would need to figure out the values in column 4-8. (ii) Copy the table on paper and fill in the blanks from (a) to (0). Show your calculation in the answer sheet.

ΔRoR for the first increment (Alt. C-Alt. A) is ___________________.                             Alt. A Alt. B Alt. C Initial cost $5,000 9,000 7,500 Annual benefits $1,457 2,518 2,133 RoR 14% 12.4% 13% Life in years                    5   Group of answer choices 10.12% 11.00 11.85% 9.38%

Please solve it in a paper so i can understand the concept too instead of excel.

What are the macro-environmental factors (PESTEL) of having an Emergency Response Team at work? Please state for each (PESTEL): Political, Economic, Social, Technological, Environmental Legal

E2

Task Description Precedence Time (days) cost($) crash time (days) Per day revised cost Preparation of drawings and permits - 14 72,500  10 10,000 Calling and letting of tenders - 68    166,750 66 23,000 Site preparation and excavation A 6 116,000  4 16000 Pouring the foundation A 24 250,000  24 - Framing C,D 40 145,000  30 20000 Plumbing and electrical work D 18 159,500  12 22000 Interior finished F 16 108,750  12 15000 Exterior finishes E,G 22 175,000  22 - Installing and commissioning new machines B,E 34 101,500  30 14000 Finishing touches and final work through H,I 32 64,000  32 - Calculate the minimum time and associate cost in which the project could be completed

Which are The four principles of engineering economics?

U.S. and international agencies provide policies andregulations to guide managers in product design,manufacturing/assembly, and disassembly/disposal.They include:a) U.N. Commission on Resettlement.b) World Health Organization (WHO).c) OSHA, FDA, EPA, and NHSA.d) EPA, ISO, and British High Commission.e) GHG Commission, UN, and ISO.

Give one real life situation example for 7 Principles of Engineering Economy 1. Develop the Alternatives 2. Focus on the Differences 3. Use a Consistent Viewpoint 4. Use a Common Unit of Measure 5. Consider all relevant criteria 6. Make risk and uncertainly explicit 7. Revisit your decisions

Please provide 0007 a step by step solution Engineering Economics

Subject : Economy and Engineering Management

PLS SHOW THE CASH FLOW OF THE PROBLEM NOT THE CASH FLOW OF THE ANSWER. THANK YOU

Which of the following stnLcmcnts is not one of the four fundamental principles of engineering economics?(a) Receiving a dollar today is worth more than a dollar received in the (future.(b) To expect the highest return on investment, you need to take a higher risk.(c) Marginal revenue must exceed the marginal cost to justify any production.(d) When you are comparing different alternatives. you must not focus only on differences in alternatives.

What are the five main types of engineering economic decisions?

please solve （d) and (e), thank you.

Price/cost MC $52 АТС $40 $30 $28 $20 D $14 MR 100 130 140 160 Its total revenue will be $ Its total cost will be $ It will make a profit/loss/break even (circle one) of $

Give one real life situation example for 7 Principles of Engineering Economy 3. Use a Consistent Viewpoint 4. Use a Common Unit of Measure

a) There is possibility of risk occurrence even when risk reduction techniques are n place. How will deal with this scenario and how will you justify cost-effectiveness of a risk reduction technique?  b) Identify the schedules that are used on daily basis for the control and management of the project.