function Name_XXXXXXX_hwN % where Name_XXXXXXX_hwN is the name of the file you submit without the extension .m %------------------------------------------------------------------------ %%% ENGINEERING MATHEMATICS IV - MATH 2ZZ3 %%% ASSIGNMENT #5: %%% TRIPLE INTEGRALS, DIVERGENCE THEOREM AND CHANGE OF VARIABLES %------------------------------------------------------------------------ %------------------------------------------------------------------------ % Covers: % - "Numerical Mathematics" by M. Grasselli and D. Pelinovsky, % Sections 7.7--7.8. % "Advanced Engineering Mathematics" by D.G. Zill and W.S. Wright, section 9.15, 9.16, 9.17 %------------------------------------------------------------------------ %------------------------------------------------------------------------ % Instructions: % - Submit your assignment electronically (via Email) to the % address specific to your last name as indicated on the course % website; hardcopy submissions will not be accepted. % - It is obligatory to use the current MATLAB template file available at % http://www.math.mcmaster.ca/gabardo/MATH2ZZ3/frames/template.m; % submissions non compliant with this template will not be accepted. % - Make sure to enter your name and student I.D. number in the % appropriate section of the template. % - Late submissions and submissions which do not comply with % these guidelines will not be accepted. % - All graphs should contain suitable titles and legends. %------------------------------------------------------------------------ % Written by Vladislav Bukshtynov, 2009 clc; close all; clear all; % Student information disp(' ------------ Student Information ------------ ') % Please enter your information here Name = 'Johny'; Surname = 'Good'; ID = 1234567; fprintf(' Student: %s %s (ID: %d) \n', Name, Surname, ID); disp(' ------------------------------------------------ ') disp(' ') disp(' ') disp(' ') disp(' ') disp(' ---------- Solution to Question #1 ---------- ') disp(' ') % Insert here your solution to Question #1 % (if you define your own functions, they may appear % at the end of the file) disp(' ') disp(' ------------------------------------------------ ') disp(' ') disp(' ') disp(' ') disp(' ') disp(' ---------- Solution to Question #2 ---------- ') disp(' ') % Insert here your solution to Question #2 % (if you define your own functions, they may appear % at the end of the file) disp(' ') disp(' ------------------------------------------------ ') disp(' ') disp(' ') disp(' ') disp(' ') disp(' ---------- Answers ---------- ') disp(' ') % DO NOT TOUCH THIS PART (RESERVED FOR THE INSTRUCTOR'S USE) Name Surname ID Answer1 Answer2 Answer3 Answer4 Answer5 Answer6 % User's Functions Space is below --------------------------