'Math 310' diaporamas de présentation

MATH 310, FALL 2003 (Combinatorial Problem Solving) Lecture 3 4, Friday, November 21

MATH 310, FALL 2003 (Combinatorial Problem Solving) Lecture 3 4, Friday, November 21. 7.1 . Recurrence Relation Models. Homework (MATH 310# 10W ): Read 7.1 Do 6. 5 : all odd numbere d problems Turn in 6. 5 : 2,4,6,8 Turn in 7.1: 2,4,6 ,12,16,18,26,48. Test 1 & 2 - Statistics.

205 views • 20 slides

MATH 310, FALL 2003 (Combinatorial Problem Solving) Lecture 24, Wednesday, October 29

MATH 310, FALL 2003 (Combinatorial Problem Solving) Lecture 24, Wednesday, October 29. 5.5. Binomial Identities - Continuation. Homework (MATH 310#8W): Read 6.1. Turn in 5.5: 2,4,6,8,32 Volunteers: ____________ ____________ Problem: 32. Block Walking Model.

330 views • 18 slides

MATH 310, FALL 2003 (Combinatorial Problem Solving) Lecture 4, Monday, September 8

MATH 310, FALL 2003 (Combinatorial Problem Solving) Lecture 4, Monday, September 8. 1.4. Planar Graphs. Homework (MATH 310#2M): Read 2.1. Read Appendix A.2. Write down a list of all newly introduced terms (printed in boldface or italic) Do Exercises1.4: 3,6,14,18,20,24,27 Volunteers:

156 views • 15 slides

MATH 310, FALL 2003 (Combinatorial Problem Solving) Lecture 9, Friday, September 19

MATH 310, FALL 2003 (Combinatorial Problem Solving) Lecture 9, Friday, September 19. 2.4 Coloring Theorems. Homework (MATH 310#3F): Read 3.1. Write down a list of all newly introduced terms (printed in boldface or italic) Do Exercises 2.4: 2,4,8,10 Volunteers: ____________ ____________

307 views • 14 slides

MATH 310, FALL 2003 (Combinatorial Problem Solving) Lecture 8, Wednesday, September 17

MATH 310, FALL 2003 (Combinatorial Problem Solving) Lecture 8, Wednesday, September 17. 2.3 Graph Coloring. Homework (MATH 310#3W): Read 2.4. Write down a list of all newly introduced terms (printed in boldface or italic) Do Exercises 2.3: 2,4,6,7,12,14,18 Volunteers: ____________

152 views • 14 slides

MATH 310, FALL 2003 (Combinatorial Problem Solving) Lecture 3, Friday, September 5

MATH 310, FALL 2003 (Combinatorial Problem Solving) Lecture 3, Friday, September 5. Complete graph K n. A graph on n vertices in which each vertex is adjacent to all other vertices is called a complete graph on n vertices, denoted by K n. K 20. Some complete graphs.

290 views • 13 slides

MATH 310, FALL 2003 (Combinatorial Problem Solving) Lecture 5,Wednesday, September 10

113 views • 11 slides

MATH 310, FALL 2003 (Combinatorial Problem Solving) Lecture 12, Friday, September 26

MATH 310, FALL 2003 (Combinatorial Problem Solving) Lecture 12, Friday, September 26. Homework. Homework (MATH 310#4F): Read 4.1. Do Exercises 3.2: 6,14,17,19,20 Volunteers: ____________ ____________ Problem: 19 . Homework #4 is due Wednesday. Theorem 3.

116 views • 11 slides

MATH 310, FALL 2003 (Combinatorial Problem Solving) Lecture 7, Monday, September 15

MATH 310, FALL 2003 (Combinatorial Problem Solving) Lecture 7, Monday, September 15. Chapter 1 Review. Homework (MATH 310#3M): Read Supplement I (pp 46-48). Write down a list of all newly introduced terms (printed in boldface or italic) Do Ch.1 Supplement II. Exercises : 4,14,16,20,28,30,36.

108 views • 10 slides

MATH 310, FALL 2003 (Combinatorial Problem Solving) Lecture 27, Wednesday, November 5

MATH 310, FALL 2003 (Combinatorial Problem Solving) Lecture 27, Wednesday, November 5. 6.3. Partitions. Homework (MATH 310#9W): Read 6.4. Do 6.3: all odd numberes problems Turn in 6.3: 2,4,16,20,22 Volunteers: ____________ ____________ Problem: 16. Partitions.

94 views • 9 slides

MATH 310, FALL 2003 (Combinatorial Problem Solving) Lecture 26, Monday, November 3

MATH 310, FALL 2003 (Combinatorial Problem Solving) Lecture 26, Monday, November 3. 6.2. Calculating Coefficients of Generating Functions. Homework (MATH 310#9M): Read 6.3. Do 6.2: all odd numberes problems Turn in 6.2: 2,4,6,14,20,32,38 Volunteers: ____________ ____________ Problem: 38.

86 views • 8 slides

MATH 310, FALL 2003 (Combinatorial Problem Solving) Lecture 10, Monday, September 22

88 views • 8 slides

MATH 310, FALL 2003 (Combinatorial Problem Solving) Lecture 25, Friday, October 31

MATH 310, FALL 2003 (Combinatorial Problem Solving) Lecture 25, Friday, October 31. 6.1. Generating Function Models. Algebra-Calculus approach. We are given a finite or infinite sequence of numbers a 0 , a 1 , ..., a n , ... Then the generating function g(x) for a n is given by:

84 views • 8 slides

MATH 310, FALL 2003 (Combinatorial Problem Solving) Lecture 17, Wednesday, October 8

MATH 310, FALL 2003 (Combinatorial Problem Solving) Lecture 17, Wednesday, October 8. 5.1. Two Basic Counting Principles. Homework (MATH 310#6W): Read 5.2 Do 5.1: All odd numbered exercises. Turn in 5.1: 34,42,44,46 Volunteers: ____________ ____________ Problem: 46.

86 views • 8 slides

MATH 310, FALL 2003 (Combinatorial Problem Solving) Lecture 22, Friday, October 24

MATH 310, FALL 2003 (Combinatorial Problem Solving) Lecture 22, Friday, October 24. 5.5. Binomial Identities. Homework (MATH 310#7F): Read Supplement (pp. 230-239) Do 5.5: All odd numbered exercises. Turn in 5.5: 10,12,20,26 Volunteers: ____________ ____________ Problem: 20.

54 views • 5 slides