Conduct a paired t-test on ‘Run_Pulse’ and ‘Rest_Pulse’ for male participants only. Use the alpha level .10 (which needs you to change the default of the function 't.test()'). Report your results following the APA writing template below: The data were collected from a sample of FILL IN BLANK (sample size) male participants' pulse rates, for both the running and resting conditions. The pulse rates when running have a mean of (FILL IN BLANK)seconds (SD= FILL IN ), and the pulse rates when resting has a mean of (FILL IN BLANK) seconds (SD = FILL IN ). Thus, on average, the pulse rates (decreased, increased?) from the resting condition to the running condition. The paired t-test was conducted to determine if this difference in the means was statistically significantly different from 0. The results indicate that this difference (is, is not?) statistically different (t = , df = , p (=? Choose one and then input the value), confidence interval = FILL IN(, )). Thus, we (reject, fail to reject?) the null hypothesis that the means of the pulse rates remain the same in the running and resting conditions, at the .10 level. The effect size d is . Using Cohen's (1988) guidelines, this effect size is (small, medium, large?). The results provide evidence to support the conclusion that there (is, is not?) a difference between the average pulse rate in the running condition and the average pulse rate in the resting condition for male participants.

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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Conduct a paired t-test on ‘Run_Pulse’ and ‘Rest_Pulse’ for male participants only. Use the alpha level .10 (which needs you to change the default of the function 't.test()'). Report your results following the APA writing template below:

The data were collected from a sample of FILL IN BLANK (sample size) male participants' pulse rates, for both the running and resting conditions. The pulse rates when running have a mean of (FILL IN BLANK)seconds (SD= FILL IN ), and the pulse rates when resting has a mean of (FILL IN BLANK) seconds (SD = FILL IN ). Thus, on average, the pulse rates (decreased, increased?) from the resting condition to the running condition. The paired t-test was conducted to determine if this difference in the means was statistically significantly different from 0. The results indicate that this difference (is, is not?) statistically different (t = , df = , p (=? <? Choose one and then input the value), confidence interval = FILL IN(, )). Thus, we (reject, fail to reject?) the null hypothesis that the means of the pulse rates remain the same in the running and resting conditions, at the .10 level. The effect size d is . Using Cohen's (1988) guidelines, this effect size is (small, medium, large?). The results provide evidence to support the conclusion that there (is, is not?) a difference between the average pulse rate in the running condition and the average pulse rate in the resting condition for male participants.

Name Gender Runtime Age Weight Oxygen_Consumption Run_Pulse Rest_Pulse Maximum_Pulse Performance
Donna
F
8.17
42
68.15
59.57
166
40
172
14
Gracie
F
8.63
38
81.87
60.06
170
48
186
13
Luanne
F
8.65
85.84
54.3
156
45
168
13
Mimi
F
8.92
70.87
54.63
146
48
155
11
Chris
M
8.95
49
81.42
49.16
180
185
11
Allen
M
9.22
38
89.02
49.87
178
55
180
12
Nancy
F
9.4
49
76.32
48.67
186
56
188
10
Patty
F
9.63
52
76.32
45.44
164
48
166
10
Suzanne
F
9.93
57
59.08
50.55
148
49
155
Teresa
F 10
51
77.91
46.67
162
48
168
9.
Bob
м 10.07
40
75.07
45.31
185
62
185
9
Harriett F 10.08
49
73.37
50.39
168
67
168
9.
F 10.13
м 10.25
м 10.33
F 10.47
м 10.5
F 10.6
м 10.85
м 10.95
F 11.08
F 11.12
м 11.17
м 11.37
F 11.5
м 11.63
F 11.95
м 12.63
м 12.88
м 13.08
м 14.03
Jane
44
73.03
50.54
168
45
168
Harold
48
91.63
46.77
162
164
9.
54
83.12
51.85
166
50
170
8.
Sammy
Buffy
52
73.71
45.79
186
59
188
8.
Trent
82.78
47.47
170
53
172
8
Jackie
47
79.15
47.27
162
47
164
8.
Ralph
Jack
43
81.19
49.09
162
64
170
7
69.63
40.84
168
57
172
7
Annie
51
67.25
45.12
172
48
172
7
Kate
45
66.45
44.75
176
51
176
7
Carl
54
79.38
46.08
156
62
165
7
Don
44
89.47
44.61
178
62
182
6.
Effie
48
61.24
47.92
170
52
176
6
47
77.45
44.81
176
58
176
6.
George
Iris
40
75.98
45.68
176
70
180
Mark
57
73.37
39.41
174
176
4
Steve
54
91.63
39.2
168
44
172
4
81.42
Vaughn
William
44
39.44
174
63
176
2
45
87.66
37.39
186
56
192
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O O 0 g M O
o m o oo anN
M 4 5 43A4 555 44 45L554 455 4 5 4 4 4 5 5 4
* N NN
m 1 H 54 O N

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