Loss,x1,x2 372,45,162 206,55,233 175,61,232 154,66,231 136,71,231 112,71,237 55,81,224 45,86,219 221,53,203 166,60,189 164,64,210 113,68,210 82,79,196 32,81,180 228,56,200 196,68,173 128,75,188 97,83,161 64,88,119 249,59,161 219,71,151 186,80,165 155,82,151 114,89,128 341,51,161 340,59,146 283,65,148 267,74,144 215,81,134 148,86,127 Need the code and comment in R-studio, and please explain it, thanks! Q5. Use your model to obtain...

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Loss,x1,x2372,45,162206,55,233175,61,232154,66,231136,71,231112,71,23755,81,22445,86,219221,53,203166,60,189164,64,210113,68,21082,79,19632,81,180228,56,200196,68,173128,75,18897,83,16164,88,119249,59,161219,71,151186,80,165155,82,151114,89,128341,51,161340,59,146283,65,148267,74,144215,81,134148,86,127

Need the code and comment in R-studio, and please explain it,thanks!

Q5.

Use your model to obtain the mean abrasion loss for rubber withhardness 71 an tensile strength 201. Round your answer to 2 decimalplaces.

Q6.

Use your model to obtain a 98% confidence interval for the meanabrasion loss for rubber with hardness 71 an tensile strength201.

Enter here the Lower Bound for the confidence interval. Roundyour answer to 2 decimal places.

Q7.

After the scatter plots, the correlation between the variables,the summary of the model, R-squared and s, and the F-test, brieflycomment on the adequacy of the model fit.

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RCode andOutputsQ5 the mean abrasion loss for rubber withhardness See Answer

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