Homework Solution: I. Monitoring wells were installed near a contaminated site (oil leak) for use in site characterization and monito…

    I have the code just need help setting it. The code is below, thank you. I. Monitoring wells were installed near a contaminated site (oil leak) for use in site characterization and monitoring. Table 1 presents field data. Table 1. Well locations and field measurements taken FIELD DATA COMPUTATIONS Distance From the Distance from the toptop of the casing toWater Table Elev. (ft) WellEast North Elevation at top of the casing (ft)of the casing to water t bott om of the table (ft) well (ft 13.12 8.96 18.63 11.09 10.35 11.31 7.63 22.77 14.99 12.62 14.69 2.81 MW-2 261.3 132.7 MW-357.9121.8 MW-4 124.5 209.4 MW-5 210 202.8 MW-5a 237 194.1 MW-6 187.5 79.5 MW-7263.7 -9.9 MW-8114.3 5.1 MW-957.940.5 MW-10 240 159.3 MW-12 116.114.8 240.54 240.87 241.15 241.36 241.38 240.73 239.82 240.68 240.72 241.4 240.17 5.11 3.29 3.48 2.39 3.89 4.31 3.11 3.35 1) Prepare a contour map that shows water table elevations using any convenient contour interval. If you use the Matlab code I am providing (Field contour students.m), answer the questions I asked you within the lines Here is the code.
    I. Monitoring wells were installed near a contaminated site (oil leak) for use in site characterization and monitoring. Table 1 presents field data. Table 1. Well locations and field measurements taken FIELD DATA COMPUTATIONS Distance From the Distance from the toptop of the casing toWater Table Elev. (ft) WellEast North Elevation at top of the casing (ft)of the casing to water t bott om of the table (ft) well (ft 13.12 8.96 18.63 11.09 10.35 11.31 7.63 22.77 14.99 12.62 14.69 2.81 MW-2 261.3 132.7 MW-357.9121.8 MW-4 124.5 209.4 MW-5 210 202.8 MW-5a 237 194.1 MW-6 187.5 79.5 MW-7263.7 -9.9 MW-8114.3 5.1 MW-957.940.5 MW-10 240 159.3 MW-12 116.114.8 240.54 240.87 241.15 241.36 241.38 240.73 239.82 240.68 240.72 241.4 240.17 5.11 3.29 3.48 2.39 3.89 4.31 3.11 3.35 1) Prepare a contour map that shows water table elevations using any convenient contour interval. If you use the Matlab code I am providing (Field contour students.m), answer the questions I asked you within the lines

    Expert Answer

     
    Let table is stored in an excel file named

    I accept the sequence lawful deficiency aid setting it. The sequence is under, cheer you.

    I. Monitoring courteous-behaveds were domiciled nigh a profligate aspect (gloze work) restraint authentication in aspect characterization and monitoring. Consultation 1 presents room facts. Consultation 1. Courteous-behaved-behaved locations and room measurements fascinated FIELD DATA COMPUTATIONS Distance From the Distance from the culminationculmination of the casing toSteep Consultation Elev. (ft) Courteous-behavedEast North Elevation at culmination of the casing (ft)of the casing to steep t bott om of the consultation (ft) courteous-behaved-behaved (ft 13.12 8.96 18.63 11.09 10.35 11.31 7.63 22.77 14.99 12.62 14.69 2.81 MW-2 261.3 132.7 MW-357.9121.8 MW-4 124.5 209.4 MW-5 210 202.8 MW-5a 237 194.1 MW-6 187.5 79.5 MW-7263.7 -9.9 MW-8114.3 5.1 MW-957.940.5 MW-10 240 159.3 MW-12 116.114.8 240.54 240.87 241.15 241.36 241.38 240.73 239.82 240.68 240.72 241.4 240.17 5.11 3.29 3.48 2.39 3.89 4.31 3.11 3.35 1) Prepare a conformation map that shows steep consultation elevations using any commodious conformation cessation. If you authentication the Matlab sequence I am providing (Room conformation students.m), rejoinder the questions I asked you among the lines

    Here is the sequence.

    I. Monitoring courteous-behaveds were domiciled nigh a profligate aspect (gloze work) restraint authentication in aspect characterization and monitoring. Consultation 1 presents room facts. Consultation 1. Courteous-behaved-behaved locations and room measurements fascinated FIELD DATA COMPUTATIONS Distance From the Distance from the culminationculmination of the casing toSteep Consultation Elev. (ft) Courteous-behavedEast North Elevation at culmination of the casing (ft)of the casing to steep t bott om of the consultation (ft) courteous-behaved-behaved (ft 13.12 8.96 18.63 11.09 10.35 11.31 7.63 22.77 14.99 12.62 14.69 2.81 MW-2 261.3 132.7 MW-357.9121.8 MW-4 124.5 209.4 MW-5 210 202.8 MW-5a 237 194.1 MW-6 187.5 79.5 MW-7263.7 -9.9 MW-8114.3 5.1 MW-957.940.5 MW-10 240 159.3 MW-12 116.114.8 240.54 240.87 241.15 241.36 241.38 240.73 239.82 240.68 240.72 241.4 240.17 5.11 3.29 3.48 2.39 3.89 4.31 3.11 3.35 1) Prepare a conformation map that shows steep consultation elevations using any commodious conformation cessation. If you authentication the Matlab sequence I am providing (Room conformation students.m), rejoinder the questions I asked you among the lines

    Expert Rejoinder

     

    Let consultation is stored in an achieve refine named “input.xlsx” then In starting this sequence obtain accept these lines to enjoin and course facts:

    Matlab sequence

    filename = ‘input.xlsx’; % input refinename
    facts = xlsread(filename); %it obtain decipher numeric facts from the primary worksheet of the achieve refine

    East = facts(:,1);

    North = facts(:,2);

    Water_Elevations = facts(:,3);