Triclosan Bottles consumption analysis based on historical data and predicting requirements for future production volumes

To analyze impact of having number of changeovers on TAMs production output Data collected from week 29 to week 41

Final

Statapult Project, DOE Fall 2022

14.3 - You can assume the nested effect is random instead of fixed if you would like to do in R.

PART 1,2,3 (Final)

8.2,8.24,8.25,8.28,8.40,8.48,8.60

Blocking in a 2^k Factorial Design

7.12 7.20 7.21

2k Factorial Designs by Hand

Unreplicated 2^k Factorial Designs

Designed an experiment to determine the effect of the type of ball on the distance in which the ball is thrown

5.4, 5.34, 13.5, 13.6

Factorial Designs using R

5.2 (R allowed) 5.9 (R allowed)

By Hand - Factorial Designs

4.3 (R allowed) 4.16 (R allowed) 4.22 (R allowed)

Latin Squares

RCBD Assignment

3.23 (R allowed) 3.28 (R allowed) 3.29 (R allowed) 3.51 (R allowed) 3.52 (R allowed) ---- BoxCox and Non-Parametric Anova(Kruskal-Wallis)

Variance Stabililizing Transformations and Kruskal Wallace

3.7 (c,d,e,f) (R allowed) 3.10 (b,c) (R allowed) 3.44 (R allowed) 3.45 (R allowed)

CRD/One-Way ANOVA and Multiple Comparisons in R

Computing contrasts and multiple comparisons by hand

3.7 (a) (R NOT allowed) 3.10 (a) (R NOT allowed) 3.20 (a,b) (R allowed) Please provide a SINGLE web link for this submission with all your answers, work, and code

CRD and Fixed Effects by Hand

2.32 2.34 2.29 (e,f) 2.27 (a - Using a Non-Parameteric Method)

Week3: Sample Size Determination for paired and two-sample t-test. Upload a commented R Script (.R) for this assignment.

2.24 2.26 (a - use Levene's test,b) 2.29 (a,b,c,e)

Week 2: Two-Sample t-test with log transform and pooled variance in R

Week 1: Calculating basic descriptive statistics, box-plots and histograms in R. Submission using RMarkdown. Make sure that your webpage looks pretty with all comments fully answered in the Markdown document

Week 0: Basic entering of data in R, dataframe manipulation, and setting of column type