Paul is conducting an experiment to relate fuel economy (MPG) with the amount of CO2 (grams/mile). Paul conducted an experiment on 12 different vehicle owners. Table below presents the fuel economy...


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Paul is conducting an experiment to relate fuel economy (MPG) with the amount of CO2 (grams/mile).<br>Paul conducted an experiment on 12 different vehicle owners. Table below presents the fuel economy and<br>CO2 emitted.<br>Fuel economy Vs. CO2 emissions.<br>Fuel Economy<br>CO, emissions(g/mi)<br>314<br>(MPG)<br>29.2<br>26.5<br>324<br>28.5<br>312<br>28.1<br>317<br>28<br>316<br>24.1<br>344<br>26.1<br>352<br>25<br>356<br>23.4<br>381<br>22.8<br>389<br>22.2<br>399<br>1) Obtain a linear regression equation line for the data<br>2) Predict the CO, emissions when the fuel economy is 24 MPG<br>

Extracted text: Paul is conducting an experiment to relate fuel economy (MPG) with the amount of CO2 (grams/mile). Paul conducted an experiment on 12 different vehicle owners. Table below presents the fuel economy and CO2 emitted. Fuel economy Vs. CO2 emissions. Fuel Economy CO, emissions(g/mi) 314 (MPG) 29.2 26.5 324 28.5 312 28.1 317 28 316 24.1 344 26.1 352 25 356 23.4 381 22.8 389 22.2 399 1) Obtain a linear regression equation line for the data 2) Predict the CO, emissions when the fuel economy is 24 MPG

Jun 09, 2022
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