Determine the design hourly volume for the road

Assignment Help Other Subject

Reference no: EM1385473

1) Determine the design hourly volume for the road below, recommend the K factor first.

a. For a two lane highway in a national park with AADT of 10,000 vpd.

b. A four lane highway with a directional factor of 65% and an AADT of 30,000 vpd.

2) Determine the AADT for the axle counts; 28,000 axles have been counted in a year and 10% trucks are measured.

Reference no: EM1385473

Questions Cloud

Calculate the hydraulic conductivity of the aquifer : Determine the hydraulic conductivity and transmissivity of the aquifer and What would Q be if the hydraulic gradient

Legal versus ethical-decision-making : Recognize a situation in an organization that could be considered legally acceptable, but would still pose an ethical problem for the organization.

What you have researched and studied throughout modules : Using what you have researched and studied throughout Modules 1 - 7, write a report addressing a quantitative analysis (QA) project

Determine the design hourly volume for the road : Determine the design hourly volume for the road below, recommend the K factor first. a. For a two lane highway in a national park with AADT of 10,000 vpd.

Etec co mingling with shigella : Suppose you have an ETEC strain of E. coli and you noted that in a contaminated water source that there are ETEC and Shigella species.

Discuss the concept of worldview : Using the Theism worldview, the learner is to discuss the concept of worldview and its application to business. Briefly discuss the concept of worldview and present an argument for the application of this concept to business leadership.

Differences in resistance between the two strains to azoles : Suppose you are studying a new fungal pathogen Candida ickius that is highly resistant to the azole class of antifungals and you note that there is an efflux pump.

Calculate the mass emissions rate : Assuming that the average stack gas velocity is 10.0m/s and the stack is circular with a 3.0 meter diameter, calculate the mass emissions rate of NO2 in kg/day.

User Account

All Pages