The data below is 12 observations of car weight (x) and gas mileage (y). Calculate the linear correlation coefficient, r. Enter your answers to two decimal places. Y (tons) (mpg) 2.8 20 es 3.1 25 3.2...

The data below is 12 observations of car weight (x) and gas mileage (y). Calculate the linear correlation<br>coefficient, r. Enter your answers to two decimal places.<br>Y<br>(tons) (mpg)<br>2.8<br>20<br>es<br>3.1<br>25<br>3.2<br>21<br>1.3<br>42<br>31<br>nces<br>1.1<br>48<br>rations<br>2.3<br>37<br>2.1<br>34<br>Drive<br>1.8<br>27<br>2.9<br>17<br>365<br>2.5<br>25<br>0.9<br>38<br>nt Course<br>ations<br>Submit Question<br>Type here to search<br>R<br>B<br>N<br>

Extracted text: The data below is 12 observations of car weight (x) and gas mileage (y). Calculate the linear correlation coefficient, r. Enter your answers to two decimal places. Y (tons) (mpg) 2.8 20 es 3.1 25 3.2 21 1.3 42 31 nces 1.1 48 rations 2.3 37 2.1 34 Drive 1.8 27 2.9 17 365 2.5 25 0.9 38 nt Course ations Submit Question Type here to search R B N

Jun 01, 2022

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The data below is 12 observations of car weight (x) and gas mileage (y). Calculate the linear correlation coefficient, r. Enter your answers to two decimal places. Y (tons) (mpg) 2.8 20 es 3.1 25 3.2...

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