- Gression Line Atterplot For How Air Temperature Changes Based On 12 Summary Statistics Switch Vares Elevation In 1000 S 1 (24.75 KiB) Viewed 106 times
- Gression Line Atterplot For How Air Temperature Changes Based On 12 Summary Statistics Switch Vares Elevation In 1000 S 2 (28.01 KiB) Viewed 106 times
- Gression Line Atterplot For How Air Temperature Changes Based On 12 Summary Statistics Switch Vares Elevation In 1000 S 3 (23.24 KiB) Viewed 106 times
- Gression Line Atterplot For How Air Temperature Changes Based On 12 Summary Statistics Switch Vares Elevation In 1000 S 4 (24.69 KiB) Viewed 106 times
- Gression Line Atterplot For How Air Temperature Changes Based On 12 Summary Statistics Switch Vares Elevation In 1000 S 5 (27.1 KiB) Viewed 106 times
- Gression Line Atterplot For How Air Temperature Changes Based On 12 Summary Statistics Switch Vares Elevation In 1000 S 6 (28.31 KiB) Viewed 106 times
Scatterplot, Correlation, and Regression Line The following graph shows a scatterplot for how air temperature changes based on elevation WR What is the Explanatory Variable? O Elevation 12 Summary Statistics Standard Sample Sipe Correlation intercept Devation in 1000's 9.576 2319 42 416 Scatterplot Controls Show Regression Line L.734 3 points
Elevation O Temp Which of the following values best describes the correlation for the given scatterplot? -0.8 -0.1 0.1 O 0.8 Write the equation of the regression line in the form a + bx using the values 4 points provided in the graph. Your answer
O 0.1 0.8 Write the equation of the regression line in the form a + bx using the values 4 points provided in the graph. Your answer Interpret the intercept's value in the context of the data. Your answer Interpret the slope's value in the context of the data. Your answer 5 points 5 points
Interpret the intercept's value in the context of the data. Your answer Interpret the slope's value in the context of the data. Your answer Use the regression line to calculate the predicted air temperature at an elevation of 7 thousand feet. Your answer If the actual air temperature was 41 degrees at an elevation of 7 thousand 5 ports 5 points 5 points
Use the regression line to calculate the predicted air temperature at an elevation of 7 thousand feet. Your answer If the actual air temperature was 41 degrees at an elevation of 7 thousand feet, calculate its corresponding residual. Your answer Your answer 5 points (Extra Credit +1pt.) Based on the history of least squares regression, the technique of least squares was originally created to find what? Submit 5 points Clear form