Date  Topics  Assignments  Notes 

820  Introduction and class administratives.  Familiar with the course resources, rules, grading, etc. 
* Official Matlab Website * Textbook Reference page * Matlab 2D Plot Reference Page * Formulas of Calculus 
828  Chapter 1  page 9: #2(b), #3(b) page 19: #8, #9(a), #12 Due: 9/4 before class  
97  Chapter 3  p77 #1(b) and #13 p88 #1 and #6 (need graphing for #6) p96 #1 Only work on #1(b) of Section 3.1 Due: 9/11  
911  Chapter 4 
p131 #1;
p132 #2 plus use Newton's Divided Difference Method to find P2(x); p136 #25; p137 #33 You can also use mathematical induction method for this problem. Due: 9/18 

920  Exam I  Covers Chapters 1, 3, and 4. Open book/notes (paper). Calculators are allowed.  
921  Statistic Simulation of Integration  Write Matlab program to find the integration given in the handout using statistical simulation method. Study the examples first. Due: 10/2 (Turn in printouts of matlab program and graph)  Handouts for finding Pi Screen shot of simulation Matlab program 
927  Chapter 5  p200 #1, #2(b), #3(b); p241 #1(a), #2, #3. Due: 10/9  
1011  Chapter 8  p378 #1(b),(d); #2(b),(d); #3(b), #4(a). Due: 10/18  
1017  Chapter 8  p385 #1(e); p405 #3, #4, #10. Due: 10/25  
1030  Exam II  Covers Chapters 5 and 8. Open book/notes (paper). Calculators are allowed.  
1031  Chapter 9  p464 #3 and #4. Due: 11/8  
116  Chapter 9  p479 #1 and #6 (a) Verify the true solution. (b) Solve the problem using both explicit and implicit methods. (c) Graph the solutions. Due: 11/15 Correction for #6: u_x(0,t) = 1+exp(t) 

1127  Term Project (Bonus)  Project Description File on Blackboard Assignment Section. Due: 12/4  
1129  Final Exam  The exam will be handed out in class Thursday (11/29) morning. Turn in office by Friday (11/30) 2:30pm. 
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