Question
In: Statistics and Probability
The data below shows the duration of eruption (in seconds) of a geyser in a national...
The data below shows the duration of eruption (in seconds) of a geyser in a national park and the height (in feet) of the eruptions for a typical day. Use Excel to find the best fit linear regression equation, where duration of eruption is the explanatory variable. Round the slope and intercept to one decimal place.
Duration Height
240 140
237 154
122 140
267 140
113 160
258 140
232 150
105 150
186 160
248 155
243 125
241 136
214 140
114 155
272 130
227 125
237 125
238 139
203 125
270 140
218 140
226 135
250 141
245 140
120 139
267 110
103 140
270 135
241 140
239 135
Provide your answer below:
y = _x + _
Solutions
Expert Solution
The regression equation is:
The model run in excel gives the following output:
Let me know in the comments if anything is not clear. I will reply ASAP! Please do upvote if satisfied!
orchestra answered 1 year agoRelated Solutions
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The eruption height and the time interval after eruption of a
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Height (x) Interval after (y)
140 75
130 71
115 59
140 73
112 64
110 56
100 54
120 68
a. Find the value of the linear correlation coefficient r.
b. Find the critical values of r from the table showing the
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The eruption height and the time interval after eruption of a geyser were measured and are...
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Height (x)
125
135
85
95
100
95
115
105
Interval after (y)
58
62
40
45
47
48
57
50
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Hint: The standard deviation of the differences is 12.0613
Tobacco Alcohol
37.7 71.2
52.4 62.3
56 90.6
38.6 52.5
42.9 55.4
53.1 56.9
59.8 62.7
39.4 74
44.3 77.8
42.1 49.2
49.2 56.2
45.6 60.4...
The below data shows the amount of time (in seconds) that animated Disney movies showed the...
The below data shows the amount of time (in seconds) that
animated Disney movies showed the use of tobacco and alcohol. Test
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Tobacco Alcohol
56.1
110.9
40.5
70.2
37.2
90.6
49.2
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109
39.2
45.5...
The data show the time intervals after an eruption (to the next eruption) of a certain...
The data show the time intervals after an eruption (to the
next eruption) of a certain geyser. Find the regression equation,
letting the height of the current eruption be the explanatory
variable (denoted by x). Then use this equation to determine the
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the current eruption has a height of 113feet.
Height (ft), Interval after (min)
96 66
128 85
75 59
128 86
88 70
73 75
80 73...
The data show the time intervals after an eruption (to the next eruption) of a certain...
The data show the time intervals after an eruption (to the next
eruption) of a certain geyser. Find the regression equation,
letting the first variable be the independent (x) variable. Find
the best predicted time of the interval after an eruption given
that the current eruption has a height of
120
feet. Use a significance level of 0.05.
Height (ft)
Height (ft) Interval after (min)
96 68
111 80
76 66
91 72
66 58
108 79
116 84
91 ...
The data show the time intervals after an eruption (to the next eruption) of a certain...
The data show the time intervals after an eruption (to the
next eruption) of a certain geyser. Find the regression equation,
letting the first variable be the independent (x) variable. Find
the best predicted time of the interval after an eruption given
that the current eruption has a height of 126 feet. Use a
significance level of 0.05.
Height (ft) Interval after (min)
84 76
122 77
78 67
108 87
73 61
105 77
122 87
78 70
What...
The data show the time intervals after an eruption (to the next eruption) of a certain...
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next eruption) of a certain geyser. Find the regression equation,
letting the first variable be the independent (x) variable. Find
the best predicted time of the interval after an eruption given
that the current eruption has a height of 149 feet. Use a
significance level of 0.05. Height (ft) 136 140 134 144 102 109
104 116 Interval after (min) 83 84 94 92 67 67 84 84.
What...
The data show the time intervals after an eruption (to the next eruption) of a certain...
The data show the time intervals after an eruption (to the
next eruption) of a certain geyser. Find the regression equation,
letting the first variable be the independent (x) variable. Find
the best predicted time of the interval after an eruption given
that the current eruption has a height of 148 feet. Use a
significance level of 0.05. Height (ft) Interval after (min) 136 83
140 84 134 94 144 92 102 67 109 67 104 84 116 84
Table 2 below shows the national income accounting data for the year 2020 in Country A....
Table 2 below shows the national income accounting data for the
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following values:
Items RM (Million)
Depreciation 560
Gross private domestic investment expenditures 5980
Imports 9900
Exports 3000
Federal government expenditures 7900
State and local government expenditures 1653
Personal consumption expenditure 8960
Transfer payments 300
Receipts of factor income from the rest of the world 930
Payments of factor income to the rest of the world 1890
(i) Gross domestic...
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