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CONSTRUCTION & CULTURERESEARCH PAPER1. Summarize the project by reporting such things as WHEN and WHERE it was constructed, the SIZE, the CIVILIZATION that built it and the CULTURE that was prevalent at the time, and any other important information concerning this project.2. Describe HOW this project was built, based on your own research and understanding of what was available. You should at a minimum address such items as: the MATERIALS, CONSTRUCTION METHODS, TOOLS and EQUIPMENT used, and the LABOR FORCE.3. Then give your best analysis of how you think such a project would be built IF IT WAS BUILT TODAY! Speculate, be creative, make assumptions - whatever it takes!4. The number of pages in the body of the report is 10 pages. (this does NOT include the cover page, abstract or reference page!). The report is to be computer generated, 12-font, 1" margins, doublespaced with page numbers in the lower right corner. Any graphical information - sketches, photos, maps, etc., will be counted in the 10 pages - up to a limit of 3 pages!5. You MUST have a cover page on a separate page. Then a 100-word (maximum) abstract, titled "Abstract" on a separate page. Followed by the 10 pages of the report. Then the references, titled "References" on a separate page.6. A minimum of three references are required and you must indicate in the text where each of the references are being cited or quoted. Use MLA or APA format for references.
A coal-fired power plant with an scrubber has an overall removal efficiency of 85%. But rather than treat the entire stream to 85% removal
A piston-cylinder device contains helium gas initially at 150 kPa, 20 degrees C, and 0.5 m^3. The helium is now compressed in a polytropic process (PV^n = constant) to 400 kPa and 140 degrees C.
A 20 mgd wastewater treatment plants primary clarifier influent has 800 mg/l solids. the clarifier removes 18 percent of the solids. the sludge flow rate is 0.070 MGD.
Determine the minimum volume of concrete needed to keep the gate(1m wide) in a closed position, with l=2m. Note the hinge at the bottom of the gate.
The cars have equal mass. Car A is suddenly given velocity 4 m/s and the rope becomes taut. We know that 40 percent of the system’s kinetic energy is lost during the rope tensioning.
The elevation of water in well A is 300m above sea level and well B is 350m above sea level. The wells are 45m apart. A dye test reveals that the specific discharge between the two wells is about 2.75m/day. What type of aquifer material do you expect..
A beam must carry a total factored bending moment of 1062kN-m. It has a maximum beam effective depth of 25in. Design the beam in US customary units using f’c=4ksi and fy=413.4MPa. If necessary use d’=2.5in. Assume an exterior exposure according to AC..
A bus strike will eliminate all bus traffic, but it is estimated that for each bus removed from the roadway, seven additional passenger vehicles will be added as travelers seek other means of travel. What are the density, volume-to-capacity ratio,..
The 500- bed Lotta Hart Hospital has a small activated sludge plant to treat its wastewater. The average daily hospital discharge is 1200 L/day per bed
a 2kg moves down a 45 degree incline at a constant velocity of .1m/s. What is the value of the kinetic coefficient of friction between the object and the incline
Runge Kutta Method. Use mat lab for program with Runge Kutta. The following equation can be used to model the deflection of a sailboat mast subject to wind force. d^2y/dz^2=f/2EL (l-z)^2 where f
Analyze the stability of the dam shown in the figure, if the friction coefficient between concrete and foundation is 0.70, and the specific weights of concrete and water are 24kN/m 3 and 10kN/m 3 , respectively.
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