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| DATE | ASSIGNMENT |
| 01/29 |
Basic
Probability Introduction Dice Simulation Section 4.1, p. 143: #3, 5, 13-23 (odd), 25, 29, 31, 33, 37, 39 |
| 01/31 |
Probability
Rules for "OR" Section 4.2, p. 155: #1, 5, 7, 9, 11, 17, 23 Probability Examples for "AND" |
| 02/02 |
Section 4.2, p. 155: #13, 15, 19, 25, 27,
29 |
| 02/05 |
Section 4.3, p. 166: #1, 5-21(odd) Due Wednesday 2/7: Section 4.1-4.2 Homework |
| 02/07 |
Counting Section 4.4, p. 175: #7, 11, 15, 19, 23, 27, 29, 31, 35 |
| 02/12 |
Section 1.1, p. 8: #1, 5, 7, 9, 11 Section 1.2, p. 22: #5-19(odd) Section 1.3, p. 32: #9-19(odd) Frequency Distributions and Histograms [Just started -- bring back on Wednesday] Quiz on Wednesday 2/14 over Sections 4.3 & 4.4 |
| 02/14 |
Quiz 1-A/C
Solutions Quiz 1-B/D Solutions Finished pages 1-3 of Frequency Distributions and Histograms Section 2.1, p.48: #5-23(odd) Section 2.2, p.48: #5-15(odd) |
| 02/16 |
Section 3.1, p. 91: #5, 7, 11, 15,
19, 21, 23 Variation [If you didn't finish this worksheet in class, have it done before class on Monday.] |
| 02/19 |
Standard
Deviation and Variance Section 3.2, p. 107: #5, 7[Use formula 3-4 on p. 99], 11, 15, 19, 21, 23, 27[Also do #27 in 3.1], 31, 36 (slight change from assignment sheet) Quiz on Wednesday over Chapter 1, Chapter 2, and Section 3.1 |
| 02/21 |
Quiz 2-A/C
Solns Quiz 2-B/D Solns Section 3.3, p. 124: #1, 5-15(odd) |
| 02/23 |
Percentiles
and Quartiles Boxplots Section 3.3, p. 124: #17, 19, 21, 23, 27, 3, 29, 31, 35 |
| 02/26 |
Section 5.1, p. 195: #5, 7-13(odd) Due Wednesday 2/28: Sections 3.2-3.3 Homework |
| 02/28 |
Probability
Distributions - Significantly High or Low Section 5.1, p. 195: #5, 7-13(odd), 15-25(odd), 27, 29 Introduction to the Binomial Probability Distribution |
| 03/02 |
Section 5.2, p. 208: #1, 3, 5, 7, 9,
13, [15, 18, -- Use formula P(x) =(n!/x!(n-x)!)p^xq^(n-x)
and then confirm with A1 Table], [Use binompdf or binomcdf
as needed for the remainder of the assignment] 17, 19,
21-27(odd), 33, 35 Exam 1 Review Sheet Exam 1 Review Sheet w/Answers |
| 03/05 |
Review for Exam 1 |
| 03/07 |
Exam 1
Solutions |
| 03/09 |
Section 5.3, p. 218: #3-17(odd) |
| 03/12 |
Probabilities
and Areas Section 6.1, p. 240: #5, 7 No Homework Check this week. |
| 03/14 |
Section 6.1, p. 240: #3-33(odd), 37,
39, 41-44(all) |
| 03/16 |
Section 6.2, p. 250: #1-31(odd) |
| 03/26 |
Sampling
Distributions Section 6.3, p. 262: #11-14(all) Due Wednesday 3/28: Sections 5.3, 6.1-6.2 Homework |
| 03/28 |
http://www.ltcconline.net/greenl/java/Statistics/clt/cltsimulation.html Central Limit Theorem Section 6.4, p. 272: #1, 4, 5-19(odd) |
| 04/02 |
Estimating
Population Proportions Section 7.1, p. 311: #1-15(odd), 17-29(every other odd), 31-37(odd) Quiz on Wednesday over Sections 6.3 & 6.4 |
| 04/04 |
Quiz 3-A
Solns A/B Quiz 3-B Student t Distribution Critical Values Answers |
| 04/06 |
Section 7.2, p. 327:
#9-23(odd), 29, 31, 33 |
| 04/09 |
Section 7.3, p. 339: #5-15(odd) Due Wednesday 4/10: Sections 7.1 & 7.2 Homework |
| 04/11 |
Section 8.1, p. 371: #5, 7, 13, 15,
21, 23 Hypothesis Testing Blank Form (corrected) |
| 04/13 |
Hypothesis
Testing Blank Form (corrected) Section 8.1, p. 371: #17, 19 Section 8.2, p. 382: Critical Value Method: #9, 11, 13, 15, 21 // P-Value Method: #19, 23, 25, 27, 29 |
| 04/16 |
In-Class
Examples: Testing a Claim about the Population
Mean Section 8.3, p. 396: #5, 7, Critical Value Method: #13, 15, 23 // P-Value Method: #17, 19, 21 Quiz on Wednesday over Sections 7.3 & 8.1-2 |
| 04/18 |
Quiz 4-A
Solns A/B Examples: Testing a Claim about the Population Variance or Standard Deviation Section 8.4, p. 405: #9, 11, 13, 15 |
| 04/20 |
Testing a
Claim about Two Population Proportions Section 9.1, p. 423: Critical Value Method: #7(a), 15(a,c), 17(a) // P-Value Method: #11(a,c), (a,c) Exam 2 Review Sheet Exam 2 Review Sheet w/Answers |
| 04/23 |
Review for Exam 2 |
| 04/25 |
Exam 2
Solutions |
| 04/27 |
Class Cancelled |
| 04/30 |
Section 9.2, p. 437: Critical Value
Method: #7, 9 // P-Value Method: #11, 13 |
| 05/02 |
Testing for
Linear Correlation Section 10.1, p. 482: #15, 17, 19, 21, 23, 25 with these instructions: (a) Construct a scatter plot, (b) Find the correlation coefficient r, (c) Find the P-value, and (d) Use a significance level of alpha = 0.05 to determine whether evidence supports the claim of a linear correlation. Showcase Extra Credit Worksheet [Due Friday 5/4] Showcase Schedule |
| 05/04 |
Regression Section 10.2, p. 499: \#15, 17, 19, 21, 23, 25 For each problem (a) Find the regression line y=a+bx and (b) Find the best predicted value asked for in the problem. Note: Each problem is related to the same problem in Section 10.1. Be sure to use the results of whether a linear correlation exists or not from Section 10.1 to determine the best predicted value. |
| 05/07 |
One-Way
ANOVA Section 11.1, p. 578: #7, 11, 13 Quiz Wednesday over Sections 9.2, 10.1-10.2 |
| 05/09 |
Quiz 5-A
Solutions |
| 05/11 |
New Material
Review Sheet New Material Review Sheet w/Answers |
| Click link for Finals Week Schedule and Office Hours | |
| 05/14 |
Monday Reading Day Office Hours 10:30 - 11:30am |
| 05/15 |
Tuesday Office Hours 12:00-1:00pm |
| 05/16 |
Wednesday Office Hours 1:00-2:00pm |
| 05/17 |
Thursday Optional Review Session 1:00-2:00pm |
| 05/18 |
Friday Office Hours 10:00-11:00am |