Description If your educational background is not in Civil and Environmental Engineering do not res ...

---

Description If your educational background is not in Civil and Environmental Engineering do not respond with bids! In Project Assignment 3, use an analytical model, that is, the modified Streeter-Phelps model, to solve for the DO and CBOD concentrations in the river, at multiple locations.You will be comparing this solution to the numerical solutions based on 10, 20 and 4 elements per reach as part of Project Assignment 5.For this reason, generate the solution at multiple locations for ease when comparing the numerically generated concentration profiles.I would expect at least 40 different locations defining the 100 km stretch of the river. Recommendation: Use Excel to generate this solution. For your convenience, I’ve listed below the details of the river system you are modeling. Submit the Excel spreadsheet containing these calculations.This is an individual assignment. Provided in the link is an example using the Modified Streeter-Phelps model followed by the lecture on the model for your review. Followed by an email correspondence with he professor. https://www.youtube.com/watch?v=9ALM-1oqTSo&feature=emb_title https://www.youtube.com/watch?v=NxvhWiNMHdw&feature=emb_title In setting up the solution for the project, I recommend creating a table with all your input values in Excel. It's easier to refer to these constant values rather than typing numerical values directly into an equation. I would then create columns for each of the terms in the Street-Phelps equation. It's easier to do the calculation correctly, when you break it into smaller pieces. Ultimately you should create a table with distance (1 km increments) then each of the terms in the Street-Phelps equation, DO, and CBOD. It might be easier if you try to set up the spreadsheet first, and then if you have questions, we can meet. An example of breaking up your solution into parts is Module 5 Problem 2 solution which is posted.