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on 10.2 Question 7, 10.2.34-T Part 1 of 2 HW Score: 2.5%, 0.17 of 7 points Points: 0 of 1 Save K Fifty matched pairs of magnitude/depth measurements randomly selected from 10,594 earthquakes recorded in one year from a location in southern California. Find the best predicted depth of an earthquake with a magnitude of 2.3. Use a significance level of 0.05. Click the icon to view the earthquake measurements. Click here to view the critical values of the Pearson correlation coefficient. r. The regression equation is $\hat{y} = \boxed{} + \boxed{}x$. (Round to one decimal place as needed.)

          on 10.2
Question 7, 10.2.34-T
Part 1 of 2
HW Score: 2.5%, 0.17 of 7
points
Points: 0 of 1
Save
K
Fifty matched pairs of magnitude/depth measurements randomly selected from 10,594 earthquakes recorded in
one year from a location in southern California. Find the best predicted depth of an earthquake with a magnitude of
2.3. Use a significance level of 0.05.
Click the icon to view the earthquake measurements.
Click here to view the critical values of the Pearson correlation coefficient. r.
The regression equation is $\hat{y} = \boxed{} + \boxed{}x$.
(Round to one decimal place as needed.)

on 10.2
Question 7, 10.2.34-T
Part 1 of 2
HW Score: 2.5%, 0.17 of 7
points
Points: 0 of 1
Save
K
Fifty matched pairs of magnitude/depth measurements randomly selected from 10,594 earthquakes recorded in
one year from a location in southern California. Find the best predicted depth of an earthquake with a magnitude of
2.3. Use a significance level of 0.05.
Click the icon to view the earthquake measurements.
Click here to view the critical values of the Pearson correlation coefficient. r.
The regression equation is ŷ = + x.
(Round to one decimal place as needed.)

Added by David M.

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