Probability of Poker Hands
Drew Armstrong [email protected] November 1, 2006
In a standard deck of cards, there are 4 possible suits (clubs, diamonds, hearts, spades), and 13 possible values (2, 3, 4, 5, 6, 7, 8, 9, 10, Jack, Queen, King, Ace). Let A,
Math 5707
Spring 2014
Math 5707 Exam 1
Due at the beginning of lecture on Wednesday, March 5, 2014.
Please staple this sheet to the front of your solutions.
There are 6 problems, each worth 7 points. Turn in solutions for (at most) 5 of them.
If you turn
Math 5707
Spring 2014
Math 5707 Exam 3
Due at the beginning of lecture on Wednesday, May 7, 2014.
Please staple this sheet to the front of your solutions.
There are 6 problems, each worth 7 points. Turn in solutions for (at most) 5 of them.
If you turn in
Math 5707
Spring 2014
Math 5707 Exam 2
Due at the beginning of lecture on Wednesday, April 16, 2014.
Please staple this sheet to the front of your solutions.
There are 6 problems, each worth 7 points. Turn in solutions for (at most) 5 of them.
If you turn
Math 5707
Spring 2014
Math 5707 Exam 1
There are 6 problems, each worth 7 points. Turn in solutions for (at most) 5 of them.
If you turn in work for all 6 problems, an arbitrary subset of 5 problems will be graded. Be
sure to justify all your work: answer
Math 5707
Spring 2014
Math 5707 Exam 2
There are 6 problems, each worth 7 points. Turn in solutions for (at most) 5 of them.
If you turn in work for all 6 problems, an arbitrary subset of 5 problems will be graded. Be
sure to justify all your work: answer
Math 5707
Feb 12, 2014
Math 5707 Stable Matchings
JED YANG
It is a truth universally acknowledged, that a single man in possession of a
good fortune must be in want of a wife.
Recall 1. A binary relation is a linear or total order if it is antisymmetric (
Math 5707
Spring 2014
Math 5707 Exam 3
There are 6 problems, each worth 7 points. Turn in solutions for (at most) 5 of them.
If you turn in work for all 6 problems, an arbitrary subset of 5 problems will be graded. Be
sure to justify all your work: answer
MATH 5365, Spring 2013 Graph Theory
MWF 2:00 2:50, HH 216 (3 credits, prereq 3355 with a grade of C- or better)
Instructor:
Office:
Phone:
e-mail:
Web Page:
Office Hours:
Dr. Dalibor Froncek
SCC 170
7958
dfroncek(a)d.umn.edu where (a)@
http:/www.d.umn.edu