We want to write the least-squares equation ýa+ bx, using the given printout. Predietor Coef E Coef Constant 316.27 20.31 11.24 0.002 Elevation -32.660 3.511 -8.79 0.003 R-lq - 95.1N Recall that a is the intercept and b is the slope of the line. B 11.0603 Since the elevation is the explanatory variable, x, the coefficient of the x-term is the slope of the line. From the printout, this corresponds to the table value in the "Elevation" row, and "Coef" column. Therefore, The intercept is given by the value of the constant term. There is no variable, but the Minitab printout classifies this value as a "coefficient." (Note: This may or may not coincide with your previous experience with the terms "constant" and "coefficient," but it is mathematically correct for reasons that we will not explore in this tutorial.) The value in the "Constant" row and "Coef" column is 316.27, Therefore, a Substitute these values into the least-square equation. P -a+ bx

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We want to write the least-squares equation ý a+ bx, using the given printout.
Predictor
Coef
SE Coef
Constant
316.27
28.31
11.24
0.002
Elevation
-32.660
3.511
-8.79
0.003
S 11.0603
R-iq 95.1N
Recall that a is the intercept and b is the slope of the line.
Since the elevation is the explanatory variable, x, the coefficient of the x-term is the slope of the line. From
the printout, this corresponds to the table value in the "Elevation" row, and "Coef" column. Therefore,
The intercept is given by the value of the constant term. There is no variable, but the Minitab printout
classifies this value as a "coefficient." (Note: This may or may not coincide with your previous experience with
the terms "constant" and "coefficient," but it is mathematically correct for reasons that we will not explore in
this tutorial.) The value in the "Constant" row and "Coef" column is 316.27, Therefore, a
Substitute these values into the least-square equation.
9 -a+ bx
Transcribed Image Text:We want to write the least-squares equation ý a+ bx, using the given printout. Predictor Coef SE Coef Constant 316.27 28.31 11.24 0.002 Elevation -32.660 3.511 -8.79 0.003 S 11.0603 R-iq 95.1N Recall that a is the intercept and b is the slope of the line. Since the elevation is the explanatory variable, x, the coefficient of the x-term is the slope of the line. From the printout, this corresponds to the table value in the "Elevation" row, and "Coef" column. Therefore, The intercept is given by the value of the constant term. There is no variable, but the Minitab printout classifies this value as a "coefficient." (Note: This may or may not coincide with your previous experience with the terms "constant" and "coefficient," but it is mathematically correct for reasons that we will not explore in this tutorial.) The value in the "Constant" row and "Coef" column is 316.27, Therefore, a Substitute these values into the least-square equation. 9 -a+ bx
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