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Question: I have another assignment for engineering economics analysis. It has three questions that I would like you to answer if may. -Free Course Hero Question Answer.

Question Description: I have another assignment for engineering economics analysis. It has three questions that I would like you to answer if may.  Course Hero Answer & Explanation:

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Question: Design an air stripping column to remove TCE from water (i.e. determine the stripping factor, the height and number of transfer units, and the height of the packing in the column). The initial concentration of TCE is 1.3 mg/L and this must be reduced to 75 μg/L. Use the following criteria: water flow rate of 350 gals/min; air to water ratio of 70; water temperature of 16⁰C; air temperature of 23⁰C; column diameter of 2 ft; 2-in Intalox saddles for packing material; liquid mass transfer coefficient of 20.4 cm/hr; design safety factor of 20%; and tower height(s) between 1-15 m. -Free Course Hero Question Answer.

Question Description: Design an air stripping column to remove TCE from water (i.e. determine the stripping factor, the height and number of transfer units, and the height of the packing in the column). The initial concentration of TCE is 1.3 mg/L and this must be reduced to 75 μg/L. Use the following criteria: water flow…

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Question: Problem 12.3) The project is in a low-silica marble formation. Company drilling experience in this area indicates that compressed-air rotary-percussion drills with 3-in. button bits can average 2.2 ft of penetration per minute. Assume that it takes 3 min to change a bit. Drilling efficiency is typically a 45-min hour. These drills use 10-ft drill steel. The best blasting pattern is 8 ft x 9 ft with 1.5 ft of sub drilling. The average excavation depth is 12 ft. How many drills will you recommend for use on the job? -Free Course Hero Question Answer.

Question Description: I need help understanding the following civil engineering mining question please. Problem 12.3) The project is in a low-silica marble formation. Company drilling experience in this area indicates that compressed-air rotary-percussion drills with 3-in. button bits can average 2.2 ft of penetration per minute. Assume that it takes 3 min to change a…

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Question: Please help me out with the attached civil engineering question…I have allotted 30 $ which is the max that I have. I promise I will ask other questions as well from you in this course. I need it in like 4 hrs from now -Free Course Hero Question Answer.

Question Description: Please help me out with the attached civil engineering question…I have allotted 30 $ which is the max that I have. I promise I will ask other questions as well from you in this course. I need it in like 4 hrs from now Course Hero Answer & Explanation: Moment curvature diagram

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Question: explain the uses of estimates in civil engineering projects. -Free Course Hero Question Answer.

Question Description: explain the uses of estimates in civil engineering projects. Course Hero Answer & Explanation: Step-by-step explanation Estimating in construction is important because almost everyone has a budget they have to meet for a project. Almost everyone wants to know how much it wil cost before they are willing to start. Estimates are also…

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Question: This question is about materials in civil engineering and needs to be solved ASAP. -Free Course Hero Question Answer.

Question Description: This question is of materials in civil engineering and needs to be solved ASAP. Suppose you were asked to select a material for a spherical pressure vessel to he used in an aerospace application. The stress in the vessel wall is a=£§ 21′ where p is the internal pressure, r the outer radius…

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Question: The purpose of the Transition Process is: -Free Course Hero Question Answer.

Question Description: The purpose of the Transition Process is: To check conformance to “design-to” requirements. To ensure conformance to stakeholder requirements. To buy, build, or reuse items per the transition plan. To assemble a product per transition documentation. To deliver a validated end product to its customer. *This is not Civil Engineering* This is Defense…

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Question: The disputes types in construction projects are: 1. Certification, 2. Valuations, 3. Instructions, 4. Determination, 5. Technical opinions, 6. Resources, 7. Equipment & Facilities, 8. Capital Expenditures, 9. Administrative Procedures, 10. Personality clashes due to the following, 11. Priorities, 12. Scheduling, 13. Costs. -Free Course Hero Question Answer.

Question Description: The disputes types in construction projects are: 1. Certification, 2. Valuations, 3. Instructions, 4. Determination, 5. Technical opinions, 6. Resources, 7. Equipment & Facilities, 8. Capital Expenditures, 9. Administrative Procedures, 10. Personality clashes due to the following, 11. Priorities, 12. Scheduling, 13. Costs. You are assigned the role of the project manager of…

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Question: which type of soil (clay versus silt) is better for civil engineering structure? Describe it based on soil mechanics, not its economic feasibility. -Free Course Hero Question Answer.

Question Description: which type of soil (clay versus silt) is better for civil engineering structure? Describe it based on soil mechanics, not its economic feasibility.-Free Course Hero Question Answer. Course Hero Answer & Explanation: SILT ARE BETTER THAN CLAY HAVE BETTER STRENGTH AS COMPARED TO CLAY AND ARE MORE STABLE THAN CLAY. CLAY HAVE MORE…

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Question: Soil can have different sizes, ranging from fractions of millimeters (mm) to feet. Which size of particles do you think are better for civil engineering structures? Why. -Free Course Hero Question Answer.

Question Description: Soil can have different sizes, ranging from fractions of millimeters (mm) to feet. Which size of particles do you think are better for civil engineering structures?  Why? Course Hero Answer & Explanation: Soil for foundations GRAVEL are very Good GRAVEL have a size from 4mm to 10mm. Soil has sizes 1mm are not…

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Question: 5.3) Assuming that the modulus of elasticity E is proportional to the following relation: E at _ : A + n(n+1)B A) flu—n] “B (A ){n+2J/(1_m’ 11—3 rank the magnitudes of the moduli of elasticity for the following hypothetical X, Y and 2. materials from the greatest to the smallest. The appropriate A, B, and n parameters for these three materials are tabulated below; they yield um in units of electron volts and r in nanometres. -Free Course Hero Question Answer.

Question Description: 5.3) Assuming that the modulus of elasticity E is proportional to the following relation: E at _: A + n(n+1)B A) flu—n] “B (A ){n+2J/(1_m’ 11—3 rank the magnitudes of the moduli of elasticity for the following hypothetical X, Y and 2. materials from the greatest to the smallest. The appropriate A, B,…