IMPS_2017/FILES/09_21

• 09_21.pdf, Lecture notes (PDF);
• 09_21.ppt, Lecture notes (PowerPoint);
• factorial_formula.m, evaluate the factorial function using a formula;
• factorial_stepping.m, evaluate the factorial function using a stepping stone formula;
• factorial_stepping2.m, a second version of the code to evaluate the factorial function using a stepping stone formula;
• gardner_1966_12.pdf, an article by Martin Gardner on Pascal's triangle;
• interest_plot.m, plot the solution to an interest rate problem;
• interest_sequence.m, compute the sequence of values in an interest rate problem;
• interest_until.m, compute an interest rate sequence of values until a particular value is reached;
• nchoosek_formula.m, evaluate n-choose-k using a formula;
• nchoosek_max.m, report the maximum value of n-choose-k for a fixed n;
• nchoosek_row.m, print a row of Pascal's triangle;
• nchoosek_stepping.m, evaluate n-choose-k using a stepping stone formula;
• nchoosek_sum.m, compute the sum of a row of Pascal's triangle;
• pascal.png, an image of Pascal's triangle;
• pascal_prob.m, normalize Pascal's triangle to represent probabilities;
• pascal_rowbar.m, a row of Pascal's triangle as a bar plot.
• pascal_rowsum.m, compute the sum of a row of Pascal's triangle;
• pascal_triangle.m, print some of Pascal's triangle;