energy

A regression example with response energy output in watts and the predictor temperature difference in degrees Kevin; see Devore (2012) and Exercise 4.9.11 of Kloke and McKean (2014)/Exercise 4.7.8 of Kloke and McKean (2024).

datasets

Accompanies the book "Nonparametric Statistical Methods Using R, 2nd Edition" by Kloke and McKean (2024, ISBN:9780367651350).  Includes methods, datasets, and random number generation useful for the study of robust and/or nonparametric statistics.  Emphasizes classical nonparametric methods for a variety of designs --- especially one-sample and two-sample problems.  Includes methods for general scores, including estimation and testing for the two-sample location problem as well as Hogg's adaptive method.

John Kloke

npsm

Nonparametric Statistical Methods

Joseph McKean

energy function

Twenty-four observations on two variables.<dl>
 <dt><code>output</code></dt>
<dd>Energy output in watts</dd> <dt><code>temp.diff</code></dt>
<dd>Temperature difference in K</dd> 
</dl>

Format

Energy as a Function of temperature difference. — energy

Twenty-four observations on two variables.<dl>
 <dt><code>output</code></dt>
<dd>Energy output in watts</dd>

 <dt><code>temp.diff</code></dt>
<dd>Temperature difference in K</dd>

 
</dl>

energy: Energy as a Function of temperature difference.

Description

Usage

Arguments

Format

References

Examples