Re: Simple binomial test question



In many disciplines the null hypothesis is about [the status quo, the current, the default, the presumed] proposition, practice, or policy.
In the social and behavioral sciences, it is analogous to the US legal presumption of innocence. It is retained (stayed with), rather than newly accepted.

The proposer of the alternative hypothesis seeks to replace the null hypothesis, i.e., to have the alternative accepted. If the evidence is sufficiently inconsistent with the null hypothesis, the alternative is asserted. In US criminal proceedings, the accused is found guilty.

Art Kendall
Social Research Consultants






Jack Tomsky wrote:
"Jack Tomsky" <jtomsky@xxxxxxxxxxxxx> wrote in
message news:632568.1177647489114.JavaMail.jakarta@xxxxxxxxxxx
thforum.org...
Jack Tomsky repeat his post, not answering the
questing I posed: is cachechy evident.

Jerry Dallal is clear at this point

www.tufts.edu/~gdallal/sigtest.htm


_______licas (Luis A. Afonso)

Under the Afonso theory of statistical inference,
one is never allowed
to make a decision if there is any chance that the
decision could be
wrong. That's why in hypothesis testing, he
refuses to ever accept
the null hypothesis or to accept the alternative
hypothesis.

One never accepts the null hypothesis, one only
decides whether or not to reject it. In this particular case, one would use
a lot more coin tosses to reduce the likelihood of making a type II
error.

Phil H




Phil, I have only a handful fo statistics books in my office. However, every single one says that the null hypothesis can be either accepted or rejected.

"Let the decisions of accepting or rejecting H be denoted by do and d1, respectively. A nonrandomized test procedure assigns to each possible value x of X one of these two decisions and thereby divides the sample space into two complementary regions S0 and S1. If X falls into S0, the hypothesis is accepted, otherwise it is rejected."

Lehmann, Testing Statistical Hypotheses, p. 60


"More precisely, let Wn be a set in the sample space Rn which does not depend on theta such that if (x1, ..., xn) belongs to Wn, we reject H, otherwise we accept H."

S.S. Wilks, Mathematical Statistics, p. 395


"The two decisions, one of which the statistician must make on the completion of the experiment, are d1, the decision to accept the hypothesis and say that theta belongs to w, and d2, the decision to accept the alternative and say that theta belongs to W-w,"

D.A.S. Fraser, Nonparametric Methods in Statistics, p. 70


"Since Cp,m,n(alpha) > 1, the hypothesis is accepted if the left-hand side of (42) is less than Chisqp,m(alpha)."

T.W. Anderson, An Introduction to Multivariate Statistical Analysuis, p. 308


Jack
.



Relevant Pages

  • Re: More people get injured in nikes
    ... He might be willing to provide "statistics" ... >on request. ... TBR ... but George W. Bush has managed to overcome that presumption." ...
    (rec.running)
  • Re: TO COMPLETE
    ... Quantiles of test statistics "confidence intervals" ... if repeated daily only shows what Jack Tomsky ... Afonso again repeats his ignorance that the sample space has to be an interval. ...
    (sci.stat.math)
  • =?UTF-8?Q?Re:_Critical_Values_of_the_Pea?= =?UTF-8?Q?rson=C2=B4s__Coefficient_of_Skewness?=
    ... I use the Monte Carlo Algorithm. ... THIS REFERS TO MY COMMENT THAT SAMPLE STATISTICS ARE EXPRESSIONS CONTAINING THE OBSERVED SAMPLE. ... THE TEST AIMING TO MAKE INFERENCE ABOUT THE PARAMETERS VALUES WERE EVER DENNIED BY ME. ... TO JACK TOMSKY IT SEEMS TO BE TOO MUCH TO EXPRCT. ...
    (sci.stat.math)
  • Re: Warning
    ... The situation of FAIL TO REJECT H0 ... (for the chosen alpha) ... Home work to Jack Tomsky ... Statistics is ...
    (sci.stat.math)
  • Re: WHAT Jack Tomsky-John Smith conclude from this?
    ... Traders how wrong are the Jack Tomsky ideas about Test Statistics: ... ONLY THAT jack Tomskyy (The moderator?!) is truly IGNOTANT AND IDIOT. ... Only those that feint to ignore that we are dealing WITH RANDOM PROCEDURES can be assert that H0 can be accepted to be true. ...
    (sci.stat.math)