In a random sample of sixteen different industries the percentage employment x in STEM (science, technology, engineering, mathematics) and mean annual compensation y(in thousands of dollars) were...


In a random sample of sixteen different industries the percentage employment x in STEM (science,<br>technology, engineering, mathematics) and mean annual compensation y(in thousands of dollars)<br>were recorded, with the following results. The scatter diagram showed a linear trend.<br>SSXX = 1303.9<br>SSxy= 1503.0<br>%3D<br>SSy<br>= 2660.2<br>Ex = 150 .1<br>Ey = 915 n= 16<br>1<x < 34<br>36.7 < y < 90.5<br>r = .81<br>What percentage of the variation in mean annual compensation can be explained by the<br>percentage employment in STEM for an industry? Enter your answer to the nearest percentage<br>between 0 -100.<br>

Extracted text: In a random sample of sixteen different industries the percentage employment x in STEM (science, technology, engineering, mathematics) and mean annual compensation y(in thousands of dollars) were recorded, with the following results. The scatter diagram showed a linear trend. SSXX = 1303.9 SSxy= 1503.0 %3D SSy = 2660.2 Ex = 150 .1 Ey = 915 n= 16 1< 34="" 36.7="">< y="">< 90.5="" r=".81" what="" percentage="" of="" the="" variation="" in="" mean="" annual="" compensation="" can="" be="" explained="" by="" the="" percentage="" employment="" in="" stem="" for="" an="" industry?="" enter="" your="" answer="" to="" the="" nearest="" percentage="" between="" 0="">

Jun 03, 2022
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