Networks (Math 285, Section 1), Fall 2014,
MacQuarrie Hall 424, MW 9:0010:15am (Course code 48881)
Department of Mathematics and Statistics
San Jose State University
Instructor: Dr. Elizabeth Gross.
Oce and phone: MacQuarrie Hall 418, (408) 924-5119.
Oce

Math 285-01, Networks, Problem Set 5
Due: Wednesday, Oct 1
Complete 5 of the following. For the problems to be completed in R, please
submit an R notebook.
1. Let G be an undirected graph. Show that any 2-connected component of G is connected.
2. Write co

Math 285-01, Networks, Problem Set 3
Due: Wednesday, Sept 17
Complete 4 of the following. For the problems to be completed in R, you
may submit an R notebook or a printout of your R session.
1. Exercise 7.1 in Newman.
2. Prove the following special case o

Math 285-01, Networks, Problem Set 2
Due: Wednesday, Sept 10
Complete 4 of the following. For the problems to be completed in R, you
may submit an R notebook or a printout of your R session.
1. Download and install R (www.r-project.org) and the package ig

Math 285-01, Networks, Problem Set 4
Due: Wednesday, Sept 24
Complete 5 of the following. For the problems to be completed in R, please
submit an R notebook.
1. Exercise 7.2 in Newman.
2. Exercise 7.3 in Newman.
3. Exercise 7.4 in Newman.
4. Write a funct