Textbook's table of contents (9 Kb .pdf).

stat200 Mathematica notebook 1-7-08 (379 Kb .nb). UPDATED 2-5-08. Now incorporates routines for regression and illustrating the calculations reguired for regression. This file must be launched from a university computer lab by clicking on this listing. Follow the instructions seen when the program launches. See the PDF printout below which shows what you will see (the PDF is not an active program, only a printout of how things look).

Printout of the above. (189 Kb .pdf).

Lecture Outline 1-12-09 (886 Kb .pdf).

Lecture Outline 1-14-09 (218 Kb .pdf).

Lecture Outline 1-16-09 (264 Kb .pdf). Change page references to 561-563 (not 567) and 557-562.

Lecture Outline 1-21-09 (257 Kb .pdf).

Homework due in recitation 1-20-09 (442 Kb .pdf).

Class Lecture 1-16-09 (464 Kb .jnt). This file was created in Microsoft Journal Reader. It requires MS operating system and free "Journal Reader" software (search for it on Google).

Class Lecture Outline 1-23-09 (170 Kb .pdf).

Class Lecture 1-21-09 (257 Kb .pdf).

HW 1-21-09key (142 Kb .pdf).

Class Lecture 1-23-09 (247 Kb .pdf).

Lecture Outline 1-26-09 and recitation assignment 1-27-09 (316 Kb .pdf).

Lecture 1-26-09 (475 Kb .pdf).

Lecture 1-28-09 (423 Kb .pdf).

Lecture 1-30-09 (709 Kb .pdf).

Lecture Outline 2-2-09 (158 Kb .pdf). Bring a copy to class.

Lecture 2-2-09 (10:20) (377 Kb .pdf).

Lecture 2-2-09 (11:30) (403 Kb .pdf).

Exam 1 key (to one version) (165 Kb .pdf).

Lecture 2-4-09 (read chapter 7 before 2-6-09) (510 Kb .pdf).

Lecture 2-6-09 (1.28 Mb .pdf).

Homework 4 due in recitation 2-10-09 (1.53 Mb .pdf). This will serve also as the basis for the lecture of 2-9-09.

Lecture 2-9-09 (1.65 Mb .pdf).

stat200 2-10-09 Mathematica notebook 2-10-09 (59 Kb .nb). Incorporates routines for producing calculations and plots associated with straight line regression. This file must be launched from a university computer lab by clicking on this listing. Follow the instructions seen when the program launches. See the PDF printout below which shows what you will see (the PDF is not an active program, only a printout of how things look).

Printout of the above. (240 Kb .pdf).

Lecture Outline 2-13-09 (69 Kb .pdf).

Lecture Outline 2-16-09 (6.56 Mb .pdf).

Lecture 2-16-09 (1.75 Mb .pdf).

Lecture 2-18-09 (251 Kb .pdf).

Lecture Outline 2-20-09 (540 Kb .pdf).

HW6 due 2-24-09 in recitation (179 Kb .pdf).

Computer Labs' Schedule (16 Kb .pdf).

Quiz 2-17-09 Key to one version (120 Kb .pdf).

Quiz 2-17-09 Key to another version (106 Kb .pdf).

Key to questions at end of HW 2-24-09 (71 Kb .pdf).

Partial Lecture 2-23-09 (some was done on the computer) (71 Kb .pdf).

Lecture 2-25-09 (3.17 Mb .pdf).

Quiz 2-24-09a key (55 Kb .pdf).

Quiz 2-24-09b key (55 Kb .pdf).

Lecture 2-27-09 (325 Kb .pdf).

Regression Plot with meanx 6, meany 10, sx 3, sy 5, r 0.7. (115 Kb .pdf).

stat200 2-28-09. Has a function "regrpic" (illustrated) with which to plot normal (x, y) samples having specified means, standard deviations, correlation, and sample size. The plot will be overlaid with relevant bell curves, naive and regression lines. Must be used from a university lab running Mathematica. (119 Kb .nb).

stat200 2-28-09 PDF rendering (not active). Illustrates some additional plots. (119 Kb .nb).

Lecture 3-2-09 (1.13 Mb .pdf).

Lecture 3-4-09 (154 Kb .pdf).

Exam 2 key (123 Kb .pdf).

Exam 2 key (another) (132 Kb .pdf).

Probability examples posted for 3-16-09 (do not hand in). Read chapter 15, learn about the addition, multiplication, total probability rules, Bayes' formula, conditional proability, independent events, disjoint events (398 Kb .pdf).

Lecture Outline 3-16-09 (3.88 Mb .pdf).

Lecture Outline 3-18-09 (1.1 Mb .pdf).

Lecture 3-18-09 10:20 (13.75 Mb .pdf).

Lecture 3-18-09 11:30 (13.75 Mb .pdf).

Lecture Outline, part of 3-18-09, and 3-20-09. With correction "Log to base e" on slide 16. (3.67 Mb .pdf).

HW7 due in recitation 3-24-09 (parts will be gone over in lecture 3-23-09) (91 Kb .pdf).

HW7 WITH HINTS due in recitation 3-24-09 (parts will be gone over in lecture 3-23-09) (131 Kb .pdf).

Lecture 3-23-09 (10:20) (570 Kb .pdf).

Lecture 3-23-09 (11:30) (574 Kb .pdf).

HW8 key 3-24-09 (49 Kb .pdf).

Lecture 3-25-09 (205 Kb .pdf).

Lectures' Outline 3-27-09 and 3-30-09 (6.68 Mb .pdf). Read pp.436-444 of the textbook. Replace "k" by x" in the formula on page 437. With correction "Log to base e" on slide 16.

Lecture 3-30-09 10:20 (299 Kb .pdf).

Lecture 3-30-09 11:30 (246 Kb .pdf).

Lecture 4-1-09 Read end of chapter 16 (covariance, correlation) and chapter 18 (central limit theorem, will subsequently bridge to CI then to statistical tests chapter 20) (369 Kb .pdf).

Syllabus Abstract STT200 (Lectures 1 and 2, recitation sections 1 through 8) Spring 2009 4-1-09. NOTE: No final exam at the times scheduled by the registrar. Consult this syllabus abstract. (794 Kb .pdf).

Lecture 4-3-09 (746 Kb .pdf).

Grader file revised 4-3-09 (requires Mathematica, launch this file from a lab so equipped). Using this you can calculate your standing in the course. Report any errors. (36 Kb .nb).

PDF rendering of the grader.nb file above (453 Kb .pdf).

Lecture 4-6-09 (768 Kb .pdf). Be sure to use pTILDE and nTILDE in the Agresti-Coull CI for p. See chapter 19.

Exercises due in recitation 4-14-09. From chapters 20 and 21. (104 Kb .pdf)

Lecture 4-8-09. From chapter 20. (340 Kb .pdf)

Lecture 4-10-09 10:20 (3.38 Mb .pdf).

Lecture 4-10-09 11:30 (3.35 Mb .pdf).

Lecture 4-13-09 10:20 (255 Kb .pdf).

Lecture 4-13-09 11:30 (247 Kb .pdf).

A Chi Square Table (anachronism?) (96 Kb .pdf).

Lecture 4-15-09 (1.08 Mb .pdf).

Lecture Outline 4-17-09 (43 Kb .pdf).

Lecture Outline 4-20-09 (attendance will be taken) (69 Kb .pdf).

Lecture 4-22-09 (attendance taken) (157 Kb .pdf).

Lecture 4-24-09 (attendance taken) (56 Kb .pdf).

Lecture 4-27-09 10:20 (attendance taken) (56 Kb .pdf).

Lecture 4-27-09 11:30 (attendance taken) (56 Kb .pdf).

P-value calculator. (4 Kb .pdf).

M&M extra credit assignment. (107 Kb .pdf).

GRADER program calculates all of your grades. It is given as a convenience to students and must be launched in a university lab. If there are errors the program will be corrected (44 Kb .nb).