Note the data is generated separately and the code to read that data (linear log-log transform) is all that is needed

a. Use finite size scaling as discussed in class to extract as from the scaling of magnetization as a function of system size, by fitting the power law: M (L)-ALP with A, and p variable parameters. Be sure to include an error estimate on this value. Recall that the best way to fit a power law is to log-transform the equation and do a linearfit instead. Does the exponent ratio agree with theory? Comment on any discrepancies. Plot the data overlaid with the fit on a log-log scale. Use finite size scaling as discussed in class to extractas from the scaling of specific magnetic susceptibility as a function of system size, by fitting the linearized power law: with B and q = as variable parameters. Be sure to include an error estimate on this value. Do the results agree with theory? Comment on any discrepancies. Plot the data overlaid with the fit on a log-log scale. v