How do I get started writing number 1 as matlab code?

1. Using your code from last week, set 1then calculate (and store in arn array) the value of u at the midpoint of the domain using 6, 12, 24, 48, and 96 segments. Also calculate and store the value of the flux --vdlu at-5 Then . Calculate and plot the changes in the solution between mesh sizes versus the mesh resolution from the coarser mesh using a loglog scale. Assuming you stored your midpoint values in an array called umid and your mesh resolutions in an array called hlist, this will be something like this for i-1:4 udiff(1)-umid (1)-umid(1+1) end loglog(hlist(1:4) ,udiff) Repeat the above for the values of the flux and plot the values on the same plot . Use Richardson extrapolation with the three midpoint values calculated with 24,48, and 96 segments to estimate the constants, umideract, C, and for the following expression umid - umidezact - Ch Repeat the above for the fluxes. your expectations. Why/Why not? midpoint value and the flux. . Do the estimated convergence rates of the solution and fluxes agree with ntage error in the calculation of each solution for the 1. Using your code from last week, set 1then calculate (and store in arn array) the value of u at the midpoint of the domain using 6, 12, 24, 48, and 96 segments. Also calculate and store the value of the flux --vdlu at-5 Then . Calculate and plot the changes in the solution between mesh sizes versus the mesh resolution from the coarser mesh using a loglog scale. Assuming you stored your midpoint values in an array called umid and your mesh resolutions in an array called hlist, this will be something like this for i-1:4 udiff(1)-umid (1)-umid(1+1) end loglog(hlist(1:4) ,udiff) Repeat the above for the values of the flux and plot the values on the same plot . Use Richardson extrapolation with the three midpoint values calculated with 24,48, and 96 segments to estimate the constants, umideract, C, and for the following expression umid - umidezact - Ch Repeat the above for the fluxes. your expectations. Why/Why not? midpoint value and the flux. . Do the estimated convergence rates of the solution and fluxes agree with ntage error in the calculation of each solution for the