age (years) and maximum heart rate (bpm). Here are data from 15 randomly sampled adults: age maximum heart rate 202 186 18 23 25 35 65 54 34 56 187 180 156 169 174 172 153 199 72 19 23 193 42 174 198 18 39 37 183 178 Determine the regression equation for age and maximum heart rate. Determine the correlation coefficient between age and maximum heart rate. Determine the coefficient of determination. What percent of variability in maximum heart rate can be explained by

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3. Suppose we are interested in whether there is an association between
age (years) and maximum heart rate (bpm). Here are data from 15
randomly sampled adults:
age
maximum heart
rate
18
202
23
186
25
187
35
180
65
156
54
169
34
174
56
172
72
153
19
199
23
193
42
18
174
198
39
183
37
178
a)
b)
Determine the regression equation for age and maximum heart rate.
Determine the correlation coefficient between age and maximum heart
rate.
c)
Determine the coefficient of determination.
d)
What percent of variability in maximum heart rate can be explained by
the regression on age?
Transcribed Image Text:3. Suppose we are interested in whether there is an association between age (years) and maximum heart rate (bpm). Here are data from 15 randomly sampled adults: age maximum heart rate 18 202 23 186 25 187 35 180 65 156 54 169 34 174 56 172 72 153 19 199 23 193 42 18 174 198 39 183 37 178 a) b) Determine the regression equation for age and maximum heart rate. Determine the correlation coefficient between age and maximum heart rate. c) Determine the coefficient of determination. d) What percent of variability in maximum heart rate can be explained by the regression on age?
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