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A regression was done for 20 cities with latitude as the explanatory variable (x) and average January temperature as the response variable (y). The latitude is measured in degrees and average January temperature in degrees Fahrenheit. The latitudes ranged from 26 (Miami) to 47 (Duluth) The regression equation is $\hat{y}$ = 49.4 - 0.313x
-The city of Miami, Florida has latitude 26 degrees with average January temperature of 67 degrees Fahrenheit. What is the estimated average January temperature for Miami, based on the regression equation? What is the residual?

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Use the following information for questions:
 A regression was done for 20 cities with latitude as the explanatory variable (x) and average January temperature as the response variable (y). The latitude is measured in degrees and average January temperature in degrees Fahrenheit. The latitudes ranged from 26 (Miami) to 47 (Duluth) The regression equation is $\hat{y}$ = 49.4 - 0.313x
-The city of Miami, Florida has latitude 26 degrees with average January temperature of 67 degrees Fahrenheit. What is the estimated average January temperature for Miami, based on the regression equation? What is the residual?

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The Answer of Use the following information for questions:
 A regression was done for 20 cities with latitude as the explanatory variable (x) and average January temperature as the response variable (y). The latitude is measured in degrees and average January temperature in degrees Fahrenheit. The latitudes ranged from 26 (Miami) to 47 (Duluth) The regression equation is $\hat{y}$ = 49.4 - 0.313x
-The city of Miami, Florida has latitude 26 degrees with average January temperature of 67 degrees Fahrenheit. What is the estimated average January temperature for Miami, based on the regression equation? What is the residual?

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