Lecture Time: 12:00pm – 1:50pm (MW) Location: Knudson Hall 301 (M),
            Zoom (W)
          
Prerequisite: Math 2080 and Math 3080
      
Instructor: Mei Yin mei.yin@du.edu
      Office and Office Hours: Zoom, 3:30pm – 5:00pm (MW), or by
            appointment
          
Lecture
                Schedule: Here is a plan of the course (may be altered
                for pedagogical reasons as the course develops).
              
| Ch. 6: Jointly Distributed Random Variables | 
          2 weeks | 
        
| Ch. 7: Properties of Expectation | 
          5 weeks | 
        
| Ch. 8: Limit Theorems | 
          2 weeks | 
        
| Project Presentation | 
          1 week | 
        
| The Week Of | 
          Material Covered | 
        
| January 11 – January 15 | 
          Introduction, 6.1, 6.2, 6.3 | 
        
| January 19 – January
                  22 | 
          6.4, 6.5 | 
        
| January 25 – January 29 | 
          6.7, 7.1, 7.2 | 
        
| 
            
            
            
            
            
            
            
            
            February 1 – February
                  5 | 
          7.3, 7.4, 7.5 | 
        
| February 8 – February
                  12 | 
          7.6, Review | 
        
| February 15 – February
                  19 | 
          Midterm, 7.7 | 
| February 22 – February
                  26 | 
          7.8, 7.9, 8.1 | 
        
| March 1 – March
                  5 | 
          8.2, 8.3, 8.4 | 
        
| March 8 – March
                  12 | 
          8.5, 8.6 | 
        
| March 15 – March 19 | 
          Project Presentation | 
        
Homework
                will be assigned about once a week. All communication will
                  be paperless. Homework should be turned in via
          Canvas and the due date is every Monday at the
        beginning of the class. Homework
                              that is turned in on Tuesday (i.e. one day
                              late) will be graded with 25% penalty.
                      Homework that is turned in on
                  Wednesday (i.e. two days late) will be graded with 50%
                  penalty. Homework more than two
            days late will not be accepted. The six highest
                  homework scores will contribute to 30% of your final
                  grade.
              
A midterm is
                tentatively scheduled during
                  class time on Monday,
                  February 15. It will be administered remotely and
                monitored via Zoom or Respondus LockDown Browser. Your
                webcam must be operational and positioned so that your
                hands and entire workspace are visible. I reserve the
                right to require an oral examination during a live video
                conference on Zoom in order for you to justify any work
                that you have submitted. If you foresee any issues with
                this policy based on your testing environment, please
                notify me as soon as possible.
                
                  Final project presentation is
                scheduled for the last
            week of classes and happens via Zoom. The project may be
            targeted towards either the theoretical or
                      the applied aspect of probability and is due on Friday,
                        March 19.
            Makeup presentations will only be offered in the event of
            extreme circumstances. If you think you have a problem which
            will force you to miss the presentation, please come talk to
            me as soon as possible.
          
Help: Additional
                  handouts will be distributed throughout the quarter.
                Students are also encouraged to ask for individualized
                help from the instructor at any time.
              
Students
                with Disabilities: If you qualify for academic
                accommodations because of a disability or medical issue,
                please submit a faculty letter to me from Disability
                Services Program (DSP) in a timely manner so that your
                needs may be addressed. DSP determines accommodations
                based on documented disabilities/medical issues. DSP is
                located on the 4th floor of Ruffatto Hall, 1999 E Evans
                Ave, 303-871-2278. Information is also available online
                at http://www.du.edu/disability/dsp;
                see the Handbook
                  for Students with Disabilities.
              
Religious
                Accommodations: University policy grants students
                excused absences from class or other organized
                activities for observance of religious holy days, unless
                the accommodation would create an undue hardship.
                Faculty are asked to be responsive to requests when
                students contact them in
                  advance to
                request such an excused absence. Students are
                responsible for completing assignments given during
                their absence, but should be given an opportunity to
                make up work missed because of religious observance.
                Once a student has registered for a class, the student
                is expected to examine the course syllabus for potential
                conflicts with holy days and to notify the instructor by
                the end of the first week of classes of any conflicts
                that may require an absence (including any required
                additional preparation/travel time). The student is also
                expected to remind the faculty member in advance of the
                missed class, and to make arrangements in advance (with
                the faculty member) to make up any missed work or
                in-class material within a reasonable amount of time.
              
Note: Homework assignments on this page are subject to
        change, and updates will be posted on Canvas.
      
Work the following homework problems at the appropriate time.
| Chapter # | 
          Problems | 
          Theoretical Exercises | 
        
| 6 | 
          2, 6, 7, 14, 15, 18, 19, 23, 24, 28, 30 | 
          5, 6, 9 | 
        
| 7 | 
          3, 8, 9, 10, 13, 18, 21, 22, 25, 38, 45 | 
          50, 54 | 
        
| 8 | 
          2, 3, 7, 11, 15, 16 | 
          4, 9 |