Whenever the distribution of differences is normally shaped, and all its assumptions are met, then
A) the samples must represent different populations
B) the samples must represent a single population
C) more than two populations must be involved
D) none of these, since when its assumptions are met, the distribution of

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The Answer of Whenever the distribution of differences is normally shaped, and all its assumptions are met, then
A) the samples must represent different populations
B) the samples must represent a single population
C) more than two populations must be involved
D) none of these, since when its assumptions are met, the distribution of

Whenever the Distribution of Differences Is Normally Shaped, and All