Assignment 1, Due Mon., Sept. 15
From the= Schaum’s outline:
1.71, 1.72,1.73,1.75,1.76,1.78,1.7= 9,1.80,1.81,1.82
From {BT}: chapter 1,
= 1,2,6,14,49
Assignment 2, Due Mon. Sept. 22.
= From the Schaum’s outline:
= 2.54, 2.55, 2.56, 2.57, 2.58
From [BT]: chapter 1, 58,59,61
From supplementary problems to chapter 1 of [BT] (a li= nk to these is on the handouts page of this web site): 31,32,36
Assignment 3, Due Mon. Sept. 29
=
From the Schaum’s outline: 2.60
= From[BT]: chapter2, 21
= From the supplementary problems to chapter 2 of [BT](see the handouts link): 1,2
Assignment 4, Due Wed. Oct. 8
=
From the Schaum’s outline: 3.55
= From [BT]: chapter 2, 32, 39, 44, 45
= From the supplementary problems to chapter 2 of [BT]: 11, 16, 21
Assignment 5, Due Mon. Oct 13
= Sample midterm: chapte= r 1 supplementary problems 14, 15, 34
= &nb= sp; = &nb= sp; Chapter 2 supplementary problems 6, 19
= The assignment is optional. I will replace your lowest score on a si= ngle midterm question with the proportional score from
= your practice exam. You can not get a lower score on your midterm= by turning in the sample test.
Assignment 6, Due Friday Oct. 24
= From [BT]: chapter 3: 5,6,11,13,= 19,20
= From [BT] supplementary problems to chapter 3: 4, 9, 11
= From Schaum’s outline: 3.60, 3.63,= 3.66, 3.67
Assignment 7, Due Wed. Nov.5
&nb= sp;
= From[BT]: chapter 4: 2,3,7
= From [BT] supplementary problems to chapter 3: 17,18,19,20
= From Schaum’s outline: 2.71,2.77,3.58,3.61,3.63,3.64,4.71,4.72
Assignment 8, Due Mon. Nov 24. (also the date of the second midterm)
= From[BT]: chapter 4: 12, 14, 17, 19, 22, 23, 28, 30, 31, 36, 41
= From [BT] supplementary problems to chapter 4: 2, 3, 6, 7, 15= ,21, 23
= From Schaum’s outline: As study problems for the midterm,= I suggest the supplementary problems in
= = &nb= sp; = Ch= apters 3 and 4 (= as well as the solved problems). You need not turn these in.
= &nb= sp; Extra Credit: I will give extra credit toward the midterm portion of your grade for well-written solutions of the example sheet problems
= &nb= sp; = that I have posted on my web page from a Probability course given by Tim Gowers. You may work together on these but= the
= &nb= sp; = write ups of the solutions must be your o= wn work. You don’t have to solve all of them to get some extra credit. <= /p>
= &nb= sp; = They may be turned in at any time up until the Final Exam.
= &nb= sp;
=