In a test of a particular weight loss program, weights of 40 subjects are recorded before and after the program. The before-and-after weights result in a correlation coefficient of 0.876. Assuming a 0.05 significance level, find the critical values. Is there sufficient evidence to support the claim of a linear correlation between before-and-after weights?

Question

Mathematics

Samuel Cole

29 April, 15:31

In a test of a particular weight loss program, weights of 40 subjects are recorded before and after the program. The before-and-after weights result in a correlation coefficient of 0.876. Assuming a 0.05 significance level, find the critical values. Is there sufficient evidence to support the claim of a linear correlation between before-and-after weights?

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Answers (2)

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Giselle Sutton · Answer 1

A - 0.312 there is

B - 0.561

D - 0.254

A - 0.917 there is

A -.707 there is NOT

A - 0.918

A - 0.765

B - - 0.992

B - 0.985, crit = 0.917

C - 0.867, crit = 0.878

Step-by-step explanation:

just did it

Presley Woodard · Answer 2

I just took the quiz, the answer is A: Critical values=0.312; there is sufficient evidence to support a claim of a linear correlation between before-and-after weights.