# Summary

📗 Examples and quizzes: E21 and E22 and E23 and E24
📗 Math homework: M12 and M11
📗 Programming homework: P6
📗 Final page: Next: W8
📗 Tuesday to Friday lectures: 12:30 to 1:45, Guest Link
📗 Tuesday programming office hours: 5:00 to 6:00, Java Guest Link, Python Guest Link
📗 Wednesday math homework office hours: 5:00 to 6:00, Guest Link
📗 Thursday math homework office hours: 5:00 to 6:00, Guest Link
📗 Friday office hours for other things: 5:00 to 6:00, Guest Link

# Lectures

📗 Slides
Lecture 19: Slides.
Lecture 20: Slides.

📗 Videos
Lecture 19 Part 1: Link
Lecture 19 Part 2: Link
Lecture 19 Part 3: Link
Lecture 20 Part 1: Link
Lecture 20 Part 2: Link
Lecture 20 Part 3: Link

# Other Materials

📗 Relavent websites
Tic Tac Toe: Link
Nim Game: Link 1, Link 2
Rock paper scissors: Link 1, Link 2
Prisoner Dilemma: Link
Median Voter Theorem: Link
Volunteer's Dilemma: Link
First and Second Price Auction: Link
Split or Steal: Video, Playlist

📗 YouTube videos from 2019
How to solve a simple game with Chance? Link
How to figure out which branches can be pruned using Alpha Beta algorithm? Simple example: Link, Complicated example: Link
How to find the Nash equilibrium of a zero sum game? Link
How to do iterated elimination of strictly dominated strategies (IESDS)? Link
How to find the mixed strategy Nash equilibrium of a simple 2 by 2 game? Link
What is the median voter theorem? Link
How to guess and check a mixed strategy Nash equilibrium of a simple 3 by 3 game? Link
How to solve the mixing probabilities of the volunteer's delimma game? Link
How to solve the Rubinstein Bargaining problem? Link