For items 1 - 5, use the data below that gives the humerus bone length (in cm) and height (in inches) for a sample of female skeletons. [The data was provided by Dr. Ayers-Darling, former professor at MVCC.] humerus (cm) height (in.) 32.6 66 28.0 60 29.9 62 30.5 63 31.2 64 29.9 62 29.1 61 29.5 62 29.8 62 28.5 The least-squares regression line relating two variables x and y is given by . Compute the residual if the actual value of y is 8 when x is 2.____________________________ Let's visit the scuba diver data again. The least-squares regression equation for the data is dive time = 73.367 0.426(max depth). Predict the dive time, if the maximum depth is 60 feet. Express your answer to the nearest minute (whole number).________ Let's visit the scuba diver data again. The least-squares regression equation for the data is dive time = 73.367 0.426(max depth). Predict the dive time, if the diver remains on the surface of the water (maximum depth is 0 feet). Express your answer to the nearest minute (whole number)
For items 1 - 5, use the data below that gives the humerus bone length (in cm) and height (in inches) for a sample of female skeletons. [The data was provided by Dr. Ayers-Darling, former professor at MVCC.]
| humerus (cm) | height (in.) |
| 32.6 | 66 |
| 28.0 | 60 |
| 29.9 | 62 |
| 30.5 | 63 |
| 31.2 | 64 |
| 29.9 | 62 |
| 29.1 | 61 |
| 29.5 | 62 |
| 29.8 | 62 |
| 28.5 |
The least-squares regression line relating two variables x and y is given by . Compute the residual if the actual value of y is 8 when x is 2.____________________________
Let's visit the scuba diver data again. The least-squares regression equation for the data is dive time = 73.367 0.426(max depth). Predict the dive time, if the maximum depth is 60 feet. Express your answer to the nearest minute (whole number).________
Let's visit the scuba diver data again. The least-squares regression equation for the data is dive time = 73.367 0.426(max depth). Predict the dive time, if the diver remains on the surface of the water (maximum depth is 0 feet). Express your answer to the nearest minute (whole number).______________________
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