### Schedule

 Week 9 Time and Subject Topic and Homework Mon, May 23rd 9:30-11:30 Non-Linear Dynamics Room: Sem II C2109 Topic: Chaos and The Lorentz Map Reading: Strogatz 9.3-9.4 1:00-3:00 Project Work Rescheduled Project Meetings Meet with me to discuss projects. 3:00-4:00 Tutor Session; Room Sem II C2109 Help With Non-Linear Dynamics Tue, May 24th 9:30-12:00 Discrete Mathematical Biology Room: Sem II C2109 Topic: Evolutionary Game Theory Reading: Handout: Chapter 7 of Evolutionary Genetics by Maynard-Smith 1:00-4:00 Modeling Emergence with NetLogo Room: CAL Topic: Evolutionary Game Theory Excerice NetLogo Homwork Due: Lab 8 Homework Wed, May 25th 9:30-12:00 Non-Linear Dynamics Lecture/Lab Room: Sem II C2109 Homework Due Today: Strogatz, Ch 8.6 pg 293 Ex. 1,7 Ch 9.2 pg 342 Ex. 1,5,6 Ch 9.3 pg 290 Ex. 2-7 (Use Blanchard and Devaney DE tools for the Lorenz equations), 8 Topic: Finish up the Lorenz equations. Then review for Test. Take Home test handed out at end of class. Reading: Strogatz 9.5 1:00-3:00 Optional Tutor Session Room: Sem II C2109 Help with Discrete Mathematical Biology Thur, May 26th 9:30-12:00 Discrete Mathematical Biology Room: Sem II C2019 Homework Due Today: Allman, Ch 6.4 pg 271 Ex 12,16,19,20 Ch 7 of Maynard Smith Handout: Problem 1,2,5 Extra Question: The frequency of individuals homozygous for a recessive lethal gene (fitness 0) in a random-mating population is 1/10000. (a) if the population is in equilibrium between mutation and selection find the mutation rate? (b) If instead, the gene is maintained by heterosis, what are the relative fitnesses of the heterozygote and the normal homozygote. Topic: Evolution of Cooperation. Then Review for test. Take Home test handed out at end of class. Reading: Casti Handout: Section 15 1:00-3:00 Project Planning Time Meet with David to discuss project