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3 < 2.01. Thus we cannot reject the null hypothesis that the average peak dis-charge is equal to 200 m /s. Determining the conformity of the variance is done based on the sampling distribution of the difference s - s in comparison to the ratio of the variances. The
DOI link for 3 < 2.01. Thus we cannot reject the null hypothesis that the average peak dis-charge is equal to 200 m /s. Determining the conformity of the variance is done based on the sampling distribution of the difference s - s in comparison to the ratio of the variances. The
3 < 2.01. Thus we cannot reject the null hypothesis that the average peak dis-charge is equal to 200 m /s. Determining the conformity of the variance is done based on the sampling distribution of the difference s - s in comparison to the ratio of the variances. The
ABSTRACT
Table 9.4 : Procedure for testing conformity of variance
Steps Alternative hypothesis
H0:
H1:
Discriminant function
Non rejection of H0:
of freedom
