A large sewer system will cost P180,000 annually. There will be favorable consequence to the general public of P520,000 annually, and adverse consequence to a small segment of the public of P60,000 annually. What is the benefit cost ratio? Answer:

Respond to the question with a concise and accurate answer, along with a clear explanation and step-by-step solution, or risk receiving a downvote. Assume a reservoir’s water supply of 25,000 acre-feet of water can be used for municipal (m) and/or agricultural (a) purposes. The total benefits for each use are described as:   TBa = 1000Wa – 0.025Wa2   So, the Marginal Benefit for agriculture is: MBa = 1000 – 0.05 Wa   TBm = 1500Wm – 0.1Wm2   So, the Marginal Benefit for municipal purposes is: MBm = 1500 – 0.2 Qm   Where Wa is acre feet of water used in agriculture and Wm is acre feet of water used for municipal purposes b. Suppose an additional 1,000 acre feet of water could be had by constructing a new reservoir. What is the new efficient allocation of water for each category of use?

K An analysis of accidents in a rural state indicates that widening a highway from 30 ft to 40 ft will decrease the annual accident rate from 1,270 to 660 per million vehicle-miles Calculate the average daily number of vehicles that should use the highway to justify widening on the basis of the following estimates: (1) the average loss per accident is $1,000, (ii) the cost of widening is $107,000 per mile (iii) the useful life of the widened road is 25 years; (iv) annual maintenance costs are 3% of the capital investment and (v) MARR is 12% per year. Click the icon to view the interest and annuity table for discrete compounding when the MARR is 12% per year. Choose the correct answer below OA. The average daily number of vehicles is about 36 vehicles per day OB. The average daily number of vehicles is about 61 vehicles per day OC. The average daily number of vehicles is about 70 vehicles per day OD. The average daily number of vehicles is about 43 vehicles per day OE. The average daily…

The figure above shows a national marketable permit system for carbon dioxide. If marginal abatement costs turn out to be high and the government does supply annual permits, what will be the price of a permit? Permit Price ($/ton) S D2 P2 = 600 P7 = 300 A P, = 150 1 %3D D Quantity of Permits 50 QT 75 Q2 100 (% of uncontrolled emissions) OA. P1 Ов. Р2 OC. PT OD. PO O E. Either P0 or P1. B

First option is "rival" or "non-rival" Second option is "excludable" or "non-excludable" Third option is  "greater" or "less" Fourth option is "should" or "should not"