## Course informationTime and Location: D13 MWF 11:00- 11:50 AM 156 HENRY BUILDING E13 MWF 1:00-1:50 PM 245 ALTGELD HALL ## Office Hours257 Altgeld Hall, Wednesdays 4-5 PM
Thursdays, 11 AM - 12 PM |
Grader
Heyi Zhu
heyizhu2@illinois.edu |

- Extra Credit Problem Set is posted below in the Midterm 2 section. You can possibly improve your midterm 2 score by up to 5 points as long as curved score is no more than 100.
- Due day of Homework 8 is extended to Wednesday April 5th.
**Office Hours on Thursdays are changed to 11am for the rest of the semester.**- Office Hour on Thursday Mar. 2 is changed to 11am.
- Every week I will post a survey on Moodle about difficulties of the homework assignment. You can vote for the problems that you feel most difficult or mostly wish to be explained in class. Due to the limit of lecture time, I will choose one or multiple of the most popular problems to explain in class.
- The lecture notes of week 1 are posted on Moodle.
- Homework 1 is posted below. Click the link to download the assignment.
- Office hour on Wednesday, Jan 25th is
**cancelled.**Instead you can come to my office hour on Thursday Jan 26th or make an appointment.

Midterm 1: Friday, February 24th, in-class

Practice Exam

Midterm 2: Friday, April 7th, in-class

Practice Exam Keep in mind that our exam will be different. All materials after midterm 1 and before Ch6.4 may be covered in exam 2.

Extra Credit Problem Set and Solution

Tuesday, May 9th, 8-11AM, 103 Talbot Laboratory

Past Exam 1 Past Exam 2 Our exam will be different. All materials may be covered in final exam

Past Exam 1 Past Exam 2 Our exam will be different. All materials may be covered in final exam

Homework 1 Solution 1

Homework 2 Solution 2

Homework 3 Solution 3

Homework 4 Solution 4

Homework 5 Solution 5

Hint for additional problem: First find out the expression of c in terms of p and n. Then plug it back to the pmf and figure out which random variable has the pmf. Hint is binomial random variable. Find the parameter of this binomial random variable.

Homework 6 Solution 6

Homework 7 Solution 7

Homework 8 Solution 8

Homework 9 Solution 9

Homework 10 Solution 10

Homework 11

Homework 2 Solution 2

Homework 3 Solution 3

Homework 4 Solution 4

Homework 5 Solution 5

Hint for additional problem: First find out the expression of c in terms of p and n. Then plug it back to the pmf and figure out which random variable has the pmf. Hint is binomial random variable. Find the parameter of this binomial random variable.

Homework 6 Solution 6

Homework 7 Solution 7

Homework 8 Solution 8

Homework 9 Solution 9

Homework 10 Solution 10

Homework 11