Payback Period Method and Benefit-Cost Ratio Method 2. A proposal has been made for improving the downtown area of a small town. The plan calls for banningvehicular traffic on the main street and turning this street into a pedestrian mall with tree plantings andother beautification features. This plan will involve actual costs of $6,000,000 and, according to itsproponents, the plan will produce benefits and disbenefits to the town as follows:Benefits:Increased sales tax revenue $450,000 per yearIncreased real estate property taxes $325,000 per yearBenefits due to decreased air pollution $80,000 per yearQuality of life improvements to users $70,000 per yearDisbenefits:Increased maintenance $175,000 per yeara. Compute the B-C ratio of this plan based on a MARR of 10% per year and an infinite life for the project.b. How does the B-C ratio change for a 20-year project life?

a. Total benefits per year = $450,000 + 325000 + 80000 + 70000 = $925,000 Disbenefits per year =…

Answered: 2. A proposal has been made for…

Traffic and Highway Engineering

5th Edition

ISBN:9781305156241

Author:Garber, Nicholas J.

Publisher:Garber, Nicholas J.

Chapter11: The Transportation Planning Process

Section: Chapter Questions

Problem 5P

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Dunkin City wants to build a new bypass between two major roads that will cut travel time for commuters. The road will cost $14,000,000 and save 17,500 people $100/yr in gas. The road will need to be resurfaced every year at a cost of $7,500. The road is expected to be used for 20 years. Determine if Dunkin City should build the road using B/C analysis. The cost of money is 8%.
The City Council proposed to utilize government-owned land with an area of 21,600 square meters. One-third of the area will be used to plant mango trees while the rest of the land is where an emergency field hospital shall be built. As the city engineer, you were tasked to determine the following: the dimensions of the land planted with mango trees with minimum cost of fencing given that area is to be rectangular and to be fenced off on three sides not adjacent to the highway. As an Engineer, cite other instances aside from the situations given above where optimization (one maximization and one minimization) can be applied.
The City Council proposed to utilize government-owned land with an area of 21,600 square meters. One-third of the area will be used to plant mango trees while the rest of the land is where an emergency field hospital shall be built. As the city engineer, you were tasked to determine the following: the dimensions of the land planted with mango trees with minimum cost of fencing given that area is to be rectangular and to be fenced off on three sides not adjacent to the highway. Provide the following answers: 1. Illustration and Representation of Variables 2. Detailed Solution 3. Conclusion
The City Council proposed to utilize government-owned land with an area of 21,600 square meters. One-third of the area will be used to plant mango trees while the rest of the land is where an emergency field hospital shall be built. As the city engineer, you were tasked to determine the following: The dimensions of the land planted with mango trees with minimum cost of fencing given that area is to be rectangular and to be fenced off on three sides not adjacent to the highway. Provide the detailed solution.
The City Council proposed to utilize a government-owned land with an area of 9,600 square meters. One-third of it will be used for a picnic area while the rest of the land will be planted by mango trees. As the city engineer, you were tasked to determine the following: the dimensions of the picnic area with minimum cost of fencing given that area is to be rectangular and to be fenced off on three sides not adjacent to the highway. the number of mango trees that leads to a maximum yield given that if 70 trees are planted, the average yield per tree will be 300 kilos while the average yield will decrease by 3 kilos per tree for each additional tree on the same area due to overcrowding. Problem #1 A) Illustration and Representation of Variables B) Detailed Solution C) Conclusion Problem #2 A) Illustration and Representation of Variables B) Detailed Solution C) Conclusion
The City Council proposed to utilize a government-owned land with an area of 9,600 square meters. One-third of it will be used for a picnic area while the rest of the land will be planted by mango trees. As the city engineer, you were tasked to determine the following: 1. the dimensions of the picnic area with minimum cost of fencing given that area is to be rectangular and to be fenced off on three sides not adjacent to the highway. 2. the number of mango trees that leads to a maximum yield given that if 70 trees are planted, the average yield per tree will be 300 kilos while the average yield will decrease by 3 kilos per tree for each additional tree on the same area due to overcrowding.
The Department of Traffic is considering three improvement plans for a heavily traveled intersection within the city. The intersection improvement is expected to achieve three goals: improve travel speeds, increase safety, and reduce operating expenses for motorists. The annual dollar value of savings compared with existing conditions for each criterion as well as additional construction and maintenancecosts is shown in the table below. If the economic life of the road is considered to be 60 years and the discount rate is 3.5%, which alternative should be selected? Solve the problem using the four methods for economic analysis.
Please answer problem 2 The City Council proposed to utilize government-owned land with an area of 9,600 square meters. One-third of the area will be used to plant mango trees while the rest of the land is where an emergency field hospital shall be built. As the city engineer, you were tasked to determine the following: the dimensions of the land planted with mango trees with minimum cost of fencing given that area is to be rectangular and to be fenced off on three sides not adjacent to the highway. 2. the rate at which the total average number of COVID cases is increasing at x=10 tents and dxdt=1 tent per day, given that if 25 tents are built, the average number of COVID cases per tent will be 6 cases while the average number of cases will increase by 2 per tent for each additional tent in the same area due to overcrowding. 2a. Illustration and Representation of Variables 2b. Detailed Solution 2c. Conclusion:
A light rail system will connect the airport, the city center, and a cluster of high-density housing on the other side of the river. Name at least three benefits, three disbenefits, and three costs. What stakeholder viewpoints will need to be considered?
solve and show complete solution 1. The highway department is planning to build a picnic for motorists along a major highway. the park is to be rectangular with an area of 5000 sq. yards and is to be fenced off on the three sides not adjacent to the highway. What is the least amount of fencing required for this job? How long and wide should the park be, for the fencing to be minimized?
RING 1 RING 2 $1 45 MAJOR STREET $2 $6 BARRIER = Phase Number Protected Movement $3 MINOR STREET $4 = Permitted Movement = Pedestrian Movement BARRIER In this ring and barrier diagram, which pair of phases constitutes a phase pair? phase 1 and phase 2 phase 1 and phase 5 phase 1 and phase 6 O phase 1 and phase 3
1. Calculate the total duration and identify the critical path for the project

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