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3.3 the strength of water transportation is high investment cost.
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- 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?Based on cost-benefit analysis, New Normal University should undertake Level Multiple Choice O O C Two Three.. Four FiveIf n is the number of fishermen in the river, then each fisherman catches 10 + 120/n kg of fish each day (depending on how many fishermen there are). A kg of fish sells for 5 pounds, a fishing license costs 20 pounds, and a fisherman could also work at the docks for 80 pounds a day. How many fishermen will fish in the river each day? (a) 8 (b) 12 (c) 16 (d) 18 (e) 20
- No ai plsPrice (dollars per gallon) $5.50 3.50 2.50 0 30 40 45 D S2 S₁ Quantity (millions of gallons per month)7. The table below provides information about the growth of a pine forest in Georgia. The price of the harvested timber is $40 per cubic foot and the forest only provides timber benefits. Age (years) Current annual increment Volume (cubic feet) Mean annual increment 10 814 1,992 81.4 81.4 20 99.6 117.8 144.6 3,438 5,056 6,750 30 114.6 40 126.4 161.8 50 135 140.4 169.4 167.4 60 70 8,424 9,982 11.328 12,366 142.6 141.6 155.8 134.6 80 90 100 137.4 103.8 13,000 130 119.4 105.6 63.4 110 13,134 13.4 120 12.672 -46.2 (A) When should the forest be harvested if the objective is to maximize the average annual timber volume growth (l,e., biological rotation)? (B) What are two problems with using this rotation age to manage forest lands? CI Will this rotation age be longer or shorter than the rotation age that makimizes the present value of the total timber income over multiple rotations? Why?
- 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 costPROBLEM 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…A competitive industry has production processes that generate pollution. okay with studies carried out on the affected population, the marginal costs associated with contamination are constant and 500 u.m. for each unit of the good produced. These costs are associated with lost working days, illness treatment costs and the nuisance generated in the population. Currently the production level of the industry is 250 units and the market price is 1500 (um/unit). Market studies carried out by the firms estimate that if the price rises at 1,800 (mu/unit) the quantity demanded would drop to 200 units and the marginal cost of production of each firm at this new production level is 1,300 (m.u./unit). assume linearity in market demand and in the marginal costs of production of the firms. Graph to justify your answers. b)Graphically indicate and determine the magnitude of the social cost of the situation with a production level of 250 units.
- A competitive industry has production processes that generate pollution. okay with studies carried out on the affected population, the marginal costs associated with contamination are constant and 500 u.m. for each unit of the good produced. These costs are associated with lost working days, illness treatment costs and the nuisance generated in the population. Currently the production level of the industry is 250 units and the market price is 1500 (um/unit). Market studies carried out by the firms estimate that if the price rises at 1,800 (mu/unit) the quantity demanded would drop to 200 units and the marginal cost of production of each firm at this new production level is 1,300 (m.u./unit). assume linearity in market demand and in the marginal costs of production of the firms. Graph to justify your answers. )Determine the level of tax that would have to be applied to production to achieve the social optimum.Production capacity of neck process. There are two alternatives, a and B. The annual fixed cost of scheme a is US $40000 and that of scheme B is US $30000; the unit variable cost of scheme a is US $10 / piece and that of scheme B is US $11 / piece. Revenue can be realized for each piece 15 $ 1Calculate the break even point of the two schemes. 2What kind of output can the two schemes achieve the same profit? 3) If the annual demand is expected to be 12000 units, which option can achieve higher profits?Suggest any under research topic for PHD level on ederly on water challenges affected by floods