pottery

Chemical composition of Romano-British pottery.

datasets

Functions, data sets, analyses and examples from the
third edition of the book
`A Handbook of Statistical Analyses Using R' (Torsten Hothorn and Brian S.
Everitt, Chapman & Hall/CRC, 2014). The first chapter
of the book, which is entitled `An Introduction to R',
is completely included in this package, for all other chapters,
a vignette containing all data analyses is available. In addition,
Sweave source code for slides of selected chapters is included in
this package (see HSAUR3/inst/slides).

Torsten Hothorn

HSAUR3

A Handbook of Statistical Analyses Using R (3rd Edition)

pottery function

A data frame with 45 observations on the following 9 chemicals.
 <dl>
 <dt>Al2O3</dt><dd>aluminium trioxide.</dd> <dt>Fe2O3</dt><dd>iron trioxide.</dd> <dt>MgO</dt><dd>magnesium oxide.</dd> <dt>CaO</dt><dd>calcium oxide.</dd> <dt>Na2O</dt><dd>natrium oxide.</dd> <dt>K2O</dt><dd>calium oxide.</dd> <dt>TiO2</dt><dd>titanium oxide.</dd> <dt>MnO</dt><dd>mangan oxide.</dd> <dt>BaO</dt><dd>barium oxide.</dd> <dt>kiln</dt><dd>site at which the pottery was found.</dd> </dl>

Format

A. Tubb and N. J. Parker and G. Nickless (1980),
 The analysis of Romano-British pottery by atomic
 absorption spectrophotometry. Archaeometry, 22, 
 153--171.

Source



    Chemical composition of Romano-British pottery.



pottery: Romano-British Pottery Data

Description

Usage

Arguments

Format

Source

Details

Examples