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Use the Following to Answer the Questions Below

Question 117

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Use the following to answer the questions below:
Students in a small statistics course collected data to determine if the length of the forearm could be used to predict the length of the foot (both measured in centimeters) . Their data are displayed in the provided table.
Use the following to answer the questions below: Students in a small statistics course collected data to determine if the length of the forearm could be used to predict the length of the foot (both measured in centimeters) . Their data are displayed in the provided table.    -Find the least squares regression equation for predicting foot length from forearm length. A)  y = foot;   = 9.216 + 0.5735 forearm B)  y = foot;   = 2.133 + 0.7246 forearm C)  y = foot;   = 2.133 + 0.5735 forearm D)  y = foot;   = 9.216 + 0.7246 forearm
-Find the least squares regression equation for predicting foot length from forearm length.


A) y = foot;
Use the following to answer the questions below: Students in a small statistics course collected data to determine if the length of the forearm could be used to predict the length of the foot (both measured in centimeters) . Their data are displayed in the provided table.    -Find the least squares regression equation for predicting foot length from forearm length. A)  y = foot;   = 9.216 + 0.5735 forearm B)  y = foot;   = 2.133 + 0.7246 forearm C)  y = foot;   = 2.133 + 0.5735 forearm D)  y = foot;   = 9.216 + 0.7246 forearm = 9.216 + 0.5735 forearm
B) y = foot;
Use the following to answer the questions below: Students in a small statistics course collected data to determine if the length of the forearm could be used to predict the length of the foot (both measured in centimeters) . Their data are displayed in the provided table.    -Find the least squares regression equation for predicting foot length from forearm length. A)  y = foot;   = 9.216 + 0.5735 forearm B)  y = foot;   = 2.133 + 0.7246 forearm C)  y = foot;   = 2.133 + 0.5735 forearm D)  y = foot;   = 9.216 + 0.7246 forearm = 2.133 + 0.7246 forearm
C) y = foot;
Use the following to answer the questions below: Students in a small statistics course collected data to determine if the length of the forearm could be used to predict the length of the foot (both measured in centimeters) . Their data are displayed in the provided table.    -Find the least squares regression equation for predicting foot length from forearm length. A)  y = foot;   = 9.216 + 0.5735 forearm B)  y = foot;   = 2.133 + 0.7246 forearm C)  y = foot;   = 2.133 + 0.5735 forearm D)  y = foot;   = 9.216 + 0.7246 forearm = 2.133 + 0.5735 forearm
D) y = foot;
Use the following to answer the questions below: Students in a small statistics course collected data to determine if the length of the forearm could be used to predict the length of the foot (both measured in centimeters) . Their data are displayed in the provided table.    -Find the least squares regression equation for predicting foot length from forearm length. A)  y = foot;   = 9.216 + 0.5735 forearm B)  y = foot;   = 2.133 + 0.7246 forearm C)  y = foot;   = 2.133 + 0.5735 forearm D)  y = foot;   = 9.216 + 0.7246 forearm = 9.216 + 0.7246 forearm

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