www.john-weber.com  
 
Georgia Perimeter College
Math 1431 – Introduction to Statistics
Spring Semester 2003
Room RA–1140

Instructor: John Weber

Homepage: http://www.john-weber.com/
Email: jweber@coe.uga.edu
  
 
MS Excel Step–by–Step Directions
   
Section   TI–83 Step–by–Step Directions
(Each link opens in a new window)
1.1How to enter data into lists
1.1How to make a histogram
1.1How to make a stemplot
1.1How to make a timeplot
1.2How to find 5–number summary, variance and standard deviation
1.2How to make a boxplot
1.3How to plot histogram with a normal curve
1.3How to find area under the normal curve
1.3How to find a z-score given the area
1.3How to find and graph the area under a normal curve
2.1How to make a scatterplot
2.2How to calculate the correlation coefficient, r
2.3How to find the least squares regression line
2.3How to find the 2–variable statistics
2.3How to find the residuals
3.1How to choose an SRS (simple random sample)
5.2How to find number of combinations
5.2How to find binomial probability
6.1How to find one sample z confidence interval (using stats)
6.1How to find one sample z confidence interval (using data)
6.1How to find margin of error
6.1How to find minimum sample size [Z–statistic]
6.2How to perform one sample z hypothesis test (using stats)
6.2How to perform one sample z hypothesis test (using data)
7.1How to find one sample t confidence interval (using stats)
7.1How to find one sample t confidence interval (using data)
7.1How to perform one sample t test (using stats)
7.1How to perform one sample t test (using data)
7.1How to perform matched pairs t test (using data)
7.2How to perform two sample t test (using stats)
7.2How to perform two sample t test (using data)
7.2How to perform pooled two sample t test
7.2How to find two sample t confidence interval (using stats)
7.2How to find two sample t confidence interval (using data)
7.2How to find pooled two sample t confidence interval
8.1How to find one sample z confidence interval for sample proportion
8.1How to perform one sample z test for sample proportion
8.2How to find two sample z confidence interval for sample proportion
8.2How to perform two sample z test for sample proportion
x.xHow to enter data into matrices
9.2How to perform chi–squared test
x.xHow to perform two sample F test (using stats)
x.xHow to perform two sample F test (using data)
x.xHow to perform one–way ANOVA
 
Syllabus: MS Word  pdf
 
Project 1: MS Word
DUE: 13 Mar 2003
Project 2: MS Word
DUE: 15 Apr 2003
 
class activities
 
Q&A
 
Daily Schedule
 
Resources
Misc. Topics
Chapter 1
Chapter 2
Chapter 3
Chapter 4
Chapter 5
Chapter 6
Chapter 7
Chapter 8
Chapter 9
 
Hypothesis Testing
 
 
 
 
 
 
 
 
Notes        Due Dates for Assigns        Tests        Test Answers
1.1 sect 1.1:  16 Jan. 03 practice Test 1:   html   MS Word   pdf see html version
1.2 sect 1.2:  23 Jan. 03 Test 1: MS Word   pdf MS Word   pdf
1.3 sect 1.3:  28 Jan. 03 Directions for test corrections  
2.1 sect 2.1:  30 Jan. 03    
2.2 sect 2.2:  30 Jan. 03    
2.3 sect 2.3:  4 Feb. 03    
2.4 sect 2.4:  4 Feb. 03    
3.1 sect 3.1:  13 Feb. 03    
3.2 sect 3.2:  20 Feb. 03    
4.1 sect 4.1:  25 Feb. 03    
4.2 sect 4.2:  25 Feb. 03 practice Test 2:   html   MS Word   pdf see html version
4.3 sect 4.3:  27 Feb. 03 Test 2: MS Word   pdf MS Word   pdf
5.1 sect 5.1:  20 Mar. 03    
5.2 sect 5.2:  20 Mar. 03    
5.3 sect 5.3:  25 Mar. 03    
6.1 sect 6.1:  27 Mar. 03    
6.2 sect 6.2:  xx Apr. 03    
6.3 sect 6.3:  xx Apr. 03 practice Test 3:   html   MS Word   pdf see html version
6.4 sect 6.4:  NA  Test 3: MS Word   pdf MS Word   pdf
7.1 sect 7.1:  17 Apr. 03    
7.2 sect 7.2:  17 Apr. 03    
8.1 sect 8.1:  22 Apr. 03    
8.2 sect 8.2:  22 Apr. 03    
9.1 sect 9.1:  NA  practice Test 4:   html   MS Word   pdf see html version
9.2 sect 9.2:  NA  Test 4: MS Word   pdf MS Word   pdf
Graph Paper with 2mm x 2mm divisions: pdf document (3 KB)
Graph Paper with 5mm x 5mm divisions: pdf document (2 KB)
(To save: right-click on link, select 'Save Target As...', select appropriate folder and click on Save)