Stat 5310 - Experimental Design

Pre-class Notes (daily assignment)

• 01/21 Name: 5310pre-2-1.pdf Text: 2.4-2.5
  
• 01/23 Name: 5310pre-2-2.pdf Text: 2.6-2.12
  
• 01/28 Name: 5310pre-2-3.pdf Text: 2.13-2.14
  
• 01/30 Name: 5310pre-3-1.pdf Text: 3.1-3.3
  
• 02/04 Name: 5310pre-3-2.pdf Text: 3.4-3.5
  
• 02/06 Name: 5310pre-3-3.pdf Text: 3.6-3.8
  
• 02/11 Name: 5310pre-4-1.pdf Text: 4.1-4.4
  
• 02/13 Name: 5310pre-4-2.pdf Text: 4.5-4.7
  
• 02/18 Name: 5310pre-5-1.pdf Text: 5.1-5.4
  
• 02/20 Name: 5310pre-5-2.pdf Text: 5.5-5.10
  
• 03/06 Name: 5310pre-6-1.pdf Text: 6.1-6.5
  
• 03/18 Name: 5310pre-6-2.pdf Text: 6.6-6.9
  
• 03/20 Name: 5310pre-6-3.pdf Text: Tukey's paper on non-additivity (course notes page)
  
• 03/25 Name: 5310pre-ch7-1.pdf Text: 7.1-7.2
  
• 03/27 Name: 5310pre-ch7-2.pdf Text: 7.3-7.4
  
• 04/01 NONE
  
• 04/03 Name: 5310pre-ch8-1.pdf Text: 8.1-8.2
  
• 04/08 Name: 5310pre-ch8-2.pdf Text: 8.3-8.4 and the paper for chapter 8 (RBD & relative efficiency)
  
• 04/10 NONE
  
• 04/17 Name: 5310pre-ch14-1.pdf Text: 14.1-14.2
  
• 04/22 Name: 5310pre-ch14-2.pdf Text: 14.3-14.5

Project Info will be posted here

Homework Problems (submit on Brightspace unless otherwise indicated)

Answers to selected problems can be found in the back of the text. Solutions to the assigned problems will be posted on Black Board after they are collected.

Note: Cut and paste *relevant* output from SAS into a word processor or text editor. Do not hand in a printout of the entire SAS output. Use complete sentences (but very brief) where appropriate, as if you were writing a results/methods section for a research project or paper.

• (1) Due 1/17 (Submit this HW on Brightspace)
  Read the short excerpt about expected values for random variables. Complete the power and expected value worksheet.

• (2) Due 1/20 [Monday] (Submit this HW at tinyurl.com/stat5310-work. Name the file "5310-hw2.pdf" - No spaces/CAPs. Do NOT add your name.)
  Read the short excerpt about probability distributions for random variables.
  * Do problem 4.1-4 on p.3 of the file. (All students)
  * Derive the power and sample size relationship described in this worksheet. (proficiency-based grading for STAT/DS Graduate Students)

• (3) Due 1/24
  Chapter 1: 8, 11, 12

• (4) Due 1/31
  Chapter 2: 4, 8 [#1, 3, and 5 are similar to #4 and have answers in the back]. Please do not hand in a printout of your entire SAS output. See the NOTE at the top of the page about SAS output and using complete sentences.

• (5) Due 2/7
  Chapter 3: 1, 8, 3(a & b - also construct a table similar to Table 3.6 on p.89)

• (6) Due 2/14
  Chapter 3: 7, 9, 10, and this additional problem.

• (7) Due 2/21
  Chapter 4: Chapter 4: 2, 6 - For #2, do both the Fmax and BF (a.k.a. Levene's Median) HOV tests.
  
  • Note: #1 and #5 are similar to #2 & #6 and have solutions in the back that you can check.

• (8) Due 2/28
  Chapter 5: 4, 8, 9, plus the additional parts below.
              4(x) Assess the ANOVA assumptions and check for outliers in these data.
              9(x) What percentage increase, Pe (or P on pps. 158-159), does this imply?
  
  Note: #9 uses data from 5.4, not 5.3

• (9) Due 3/21 Chapter 6: #1 and
              Replicate the results in Table 6.11 for example 6.4 on p. 196 using SAS (submit the output and SAS code). The data file can be found at the "Data sets from the text" link above under "exp6_4.txt" [note the "p" in the file name, since this is an example not an exercise].

• (10) Due 3/28 Chapter 6: 3, 8, 11

• (11) Due 4/04
  Chapter 7: 1, 2a-d, 3

• (12) Due 4/11
  Chapter 8: 2+, 19
  + assess the additivity assumption using both an interaction plot and Tukey's 1 d.f. test.