9. The correlation between X and Y is calculated and recorded as rxy (and rxy is negative). A linear transformation is performed on X. The linearly transformed variable is called W, where W; = (8)X;....


9.<br>The correlation between X and Y is calculated and recorded as rxy (and rxy is negative).<br>A linear transformation is performed on X. The linearly transformed variable is called<br>W, where W; = (8)X;. The correlation between W and Y is calculated and recorded as<br>rwy. In this example,<br>rxy might be the same as rwy, but might not be<br>rxy would definitely be the same as rwy<br>rxy would definitely not be the same as rWY<br>10.<br>The correlation between X and Y is calculated and recorded as rxXY (and rxy is positive).<br>A linear transformation is performed on X. The linearly transformed variable is called<br>W, where W; = (-6)X;. The correlation between W and Y is calculated and recorded as<br>rwY. In this example,.<br>rxy might be the same as rwy, but might not be<br>rxy would definitely be the same as rwy<br>rxy Would definitely not be the same as rwy<br>A)<br>

Extracted text: 9. The correlation between X and Y is calculated and recorded as rxy (and rxy is negative). A linear transformation is performed on X. The linearly transformed variable is called W, where W; = (8)X;. The correlation between W and Y is calculated and recorded as rwy. In this example, rxy might be the same as rwy, but might not be rxy would definitely be the same as rwy rxy would definitely not be the same as rWY 10. The correlation between X and Y is calculated and recorded as rxXY (and rxy is positive). A linear transformation is performed on X. The linearly transformed variable is called W, where W; = (-6)X;. The correlation between W and Y is calculated and recorded as rwY. In this example,. rxy might be the same as rwy, but might not be rxy would definitely be the same as rwy rxy Would definitely not be the same as rwy A)

Jun 11, 2022
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