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Probability Theory And Examples Homework Sheets


Probability Worksheets

Dynamically Created Probability Worksheets

These dynamically created Probability Worksheets are great for learning and practicing the concept of probability. These Probability Worksheets are ideal for 4th Grade, 5th Grade, 6th Grade, and 7th Grade students.

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Detailed Description for All Probability Worksheets

Definitions of Probability Worksheet
These Probability Worksheets are a great handout for reinforcing the definitions of Probability.

Probability on Numbers Worksheet
These Probability Worksheets will produce problems with simple numbers between 1 and 50.

Probability With a Single Die Worksheet
These Probability Worksheets will produce problems with simple numbers, multiples, divisors, and factors using a single die.

Probability With a Pair of Dice Worksheet
These Probability Worksheets will produce problems with simple numbers, sums, differences, multiples, divisors, and factors using a pair of dice.

Probability With a Deck of Cards Worksheet
These Probability Worksheets will produce problems about a standard 52 card deck without the Jokers.

Probability Using a Spinner Worksheet
These Probability Worksheets will produce problems using a spinner.


MAT/STA 235A: Probability Theory
UC Davis, Fall 2013


General course information

  • Instructor: Dan Romik
  • Lecture times and place: Tuesdays and Thursdays 1:40-3:00 in Storer Hall 1344
  • Office hours: Fridays 10-11 in my office, MSB 2218
  • T.A.: Hao Yan
  • T.A. office hours: Mondays 9-10 at MSB 1226
  • Discussion section time and place: Mondays 3:10-4:00 in MSB 3106
  • Course description: A rigorous mathematical treatment of modern probability theory, including some of the measure-theory foundations, and selected advanced topics. The main topics covered will be: foundations, the law of large numbers, the central limit theory and special distributions. For more information, refer to the lecture notes.
  • Textbook and lecture notes: The course will be based on my lecture notes, parts of which are in turn based on parts of Chapters 1-3 of the book Probability: Theory and Examples (4th Ed.) by Rick Durrett. The book can be downloaded from the author's website as a PDF. The lecture notes are almost entirely self-contained, so you should not feel obliged to purchase the book, but in case you are considering buying it, it is an excellent reference and contains many more advanced subjects that will not be covered in the class.
  • Prerequisites: You need to have taken undergraduate classes in probability and real analysis, equivalent to the UC Davis classes Math 125B and Math 135A. In case of doubt please contact instructor.
  • Grading: the final grade will be based on two components, homework (50%) and a final exam (50%). Homework will be assigned weekly. When computing the homework component of the grade the 2 lowest homework grades will be dropped.

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