explain and show all work please and write clearly please answer all parts A to D and upload plot for D or I will give you a thumbs down and report you

Make a column for the possible grades on a test of 100 max points (60 to 100 in steps of 1) For a particular test, the number of students, N(C), getting each G is fit to the following equation NI(G)3+4G5 Calculate the fraction of the class, f(C), that got each grade. calculate 6f(G) and find the "Number average" grade G. Make a column for the possible grades on a test of 100 max points (O0 to 100 in steps of 1) For a particular test, the number of students, N(G), getting each G is fit to the following equation N(0)3+4,0.5 Generate N(C) and find the fraction of the class that got exactly 50 on the exam For a condensation reaction with favg=2.3, what is the Carother's prediction for the extent of reaction at the gel point? 1) make a column for the extent of reaction p from 0 to 1 with an interval of 0.01 2) calculate the average cluster size (XN) from the Carother's theory with fa+k=2.3 3) Plot XN vs. p (Restrict the axis from p0 to 1 and Xy from 0 to 100 ) (put X,on vertical axis and p and the horizontal axis) x>x Taket a sereenshot of the plot and upload it. Make a column for the possible grades on a test of 100 max points (60 to 100 in steps of 1) For a particular test, the number of students, N(C), getting each G is fit to the following equation NI(G)3+4G5 Calculate the fraction of the class, f(C), that got each grade. calculate 6f(G) and find the "Number average" grade G. Make a column for the possible grades on a test of 100 max points (O0 to 100 in steps of 1) For a particular test, the number of students, N(G), getting each G is fit to the following equation N(0)3+4,0.5 Generate N(C) and find the fraction of the class that got exactly 50 on the exam For a condensation reaction with favg=2.3, what is the Carother's prediction for the extent of reaction at the gel point? 1) make a column for the extent of reaction p from 0 to 1 with an interval of 0.01 2) calculate the average cluster size (XN) from the Carother's theory with fa+k=2.3 3) Plot XN vs. p (Restrict the axis from p0 to 1 and Xy from 0 to 100 ) (put X,on vertical axis and p and the horizontal axis) x>x Taket a sereenshot of the plot and upload it