Re: analysis of variance

Continuation



Kruskal – Wallis test statistics: Table of frequencies from 0.000 to 1.000 (notation 031= 0.00031, 424= 0.00424)


__F___freq.
0.006__029___0.017__037___0.029__106___0.051__141
0.063__111___0.074__112___0.097__210___0.109__122
0.120__215___0.143__123___0.154__137___0.166__297
0.189__219___0.200__198___0.211__100___0.234__410
0.246__097___0.257__296___0.280__231___0.291__195
0.303__306___0.326__192___0.337__289___0.349__290
0.371__398___0.383__089___0.394__376___0.417__197
0.429__217___0.440__382___0.463__406___0.474__274
0.486__181___0.509__536___0.520__190___0.531__186
0.554__178___0.566__281___0.577__647___0.600__344
0.611__250___0.623__269___0.646__355___0.657__158
0.669__441___0.691__260___0.703__168___0.714__485
0.737__509___0.749__396___0.760__155___0.783__325
0.794__235___0.806__332___0.829__326___0.840__185
0.851__552___0.874__477___0.886__323___0.897__241
0.920__624___0.931__075___0.943__290___0.966__261
0.977__378___0.989__537
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The goal is precisely to show that the test statistic is discontinuous as all rank statistics.

_________________licas
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