If you reject H0in a one-factor within-subjects analysis of variance, then you conclude
that the _____ .
a. variances of each treatment condition are equal
b. variances of each treatment condition are not equal
c. treatment means differ only because of sampling error
d. treatment means differ by more than chance alone
Question 2
If scores are normally distributed in the populations sampled, then _____ .
a. parametric tests are less likely to detect the effect of the independent variable
b. nonparametric tests are more likely to result in Type I errors
c. parametric and nonparametric tests are equally likely to detect the effect of an
independent variable
d. nonparametric tests are more likely to result in Type II errors
Mendel's analyses of single-factor crosses
Regression Analysis
Western blot analysis of viral antigens. The nitrocellulose strips from the kit contain blotted ...
GENETIC ANALYSIS
Distributions and variance
An example of identification and analysis of conditional alleles