 |
|
 |
|
 |
|
 |
|
 |
|
 |
|
 |
|
 |
|
 |
|
 |
|
 |
|
 |
|
Chem 351 Archives Page
This page provides an organized set of links to all course materials from this semester. All materials are stored as pdf files.
- Miscellaneous Data Sets and Examples
- Statistical Tables
- Long Problem Sets
- Literature Summaries
- Exams
- General
Handouts
- Syllabus
- Sample Data for Descriptive Statistics
- Stability of Reagents Under Different Storage Conditions
- Why Paired t-Tests are Important
- Derivation of Least-Squares for a Straight-Line
- ANOVA and Regression
- Regression Worksheet
- Spectrophotometric Determination of Ceruloplasmin
- Fractional Experimental Design Analysis
- Plackett-Burman Design Exercise
- Box-Behnken Design
- Creating a Surface Plot in Excel
- Gaussian and Lorentzian Peaks
- Homoscedastic and Heterscedastic Noise
- Signal-to-Noise Ratio Examples
- Savitzky-Golay Smoothing Coefficients
- Fourier Transform Examples
- Raw Data
- Background
- Signal
- First-Derivative of Raw Data
- Second-Derivative of Raw Data
- Coefficients for Savitsky-Golay Derivative Filtering
- Overlapping Signals
- PCA Example
- Summary Sheets
- R Documents
- Obtaining and Installing R
- Some Basic R Commands
- Basic Descriptive Statistics Using R
- Writing Functions Using R
- Using Data Frames and Indexing in R
- Probability and Normal Distributions With R
- Graphing Data in R - A Gallery of Plots
- Managing Graphics With R - The Basics
- Managing Graphics With R - Adding Features to Graphs
- Significance Testing With R
- Using R for an Analysis of Variance
- Using R for a Linear Regression
- Using R for Smoothing and Filtering
- Creating 3-Dimensional Surface and Contour Plots in R
- Using R for a Principle Component Analysis
- Using R for an Hierarchial Cluster Analysis
- Working With Matricies in R
last modified on
May 5, 2007
send comments to David Harvey (harvey@depauw.edu)