A study of bone density on 5 random women at a hospital produced the following results. Age 41 45 49 69 73 Bone Density 360 350 345 335 330 Copy Data Step 2 of 3: Determine if r is statistically...


A study of bone density on 5 random women at a hospital produced the following results.


Age    41    45    49    69    73
Bone Density    360    350    345    335    330


Step 3 of 3: Calculate the coefficient of determination, r2. Round your answer to three decimal places.


A study of bone density on 5 random women at a hospital produced the following results.<br>Age<br>41<br>45<br>49<br>69<br>73<br>Bone Density<br>360<br>350<br>345<br>335<br>330<br>Copy Data<br>Step 2 of 3: Determine if r is statistically significant at the 0.01 level.<br>

Extracted text: A study of bone density on 5 random women at a hospital produced the following results. Age 41 45 49 69 73 Bone Density 360 350 345 335 330 Copy Data Step 2 of 3: Determine if r is statistically significant at the 0.01 level.
A study of bone density on 5 random women at a hospital produced the following results.<br>Age<br>41<br>45<br>49<br>69<br>73<br>Bone Density<br>360<br>350<br>345<br>335<br>330<br>Copy Data<br>Step 1 of 3: Calculate the correlation coefficient, r. Round your answer to six decimal places.<br>

Extracted text: A study of bone density on 5 random women at a hospital produced the following results. Age 41 45 49 69 73 Bone Density 360 350 345 335 330 Copy Data Step 1 of 3: Calculate the correlation coefficient, r. Round your answer to six decimal places.

Jun 10, 2022
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