Question
Suppose you want to test the claim the the paired sample data given below come from...
Suppose you want to test the claim the the paired sample data given below come from a population for which the mean difference is μd=0. x- 85, 78, 50, 87, 66, 60, 90 y- 73, 81, 61, 73, 59, 86, 68 Use a 0.05 significance level to find the following: (a) The mean value of the differnces d for the paired sample data d⎯⎯= (b) The standard deviation of the differences d for the paired sample data sd= (c) The t test statistic t= (d) The positive critical value t= (e) The negative critical value t= (f) Does the test statistic fall in the critical region? A. No B. Yes (g) Construct a 95% conficence interval for the population mean of all differences x−y. <μd
Homework Answers
Answer #1
Not the answer you're looking for?
Similar Questions
uppose you want to test the claim the the paired sample data given below come from...
uppose you want to test the claim the the paired sample data
given below come from a population for which the mean difference is
μd=0.
x 51 89 60 78 75 81 59
y 79 84 87 75 93 55 64
Use a 0.01 significance level to find the following:
(a) The mean value of the differnces d for the paired sample
data d⎯⎯⎯=
(b) The standard deviation of the differences d for the paired
sample data sd=
(c) The...
(1 point) Suppose you want to test the claim the paired sample data given below come...
(1 point) Suppose you want to test the claim the paired sample
data given below come from a population for which the mean
difference is ??=0μd=0.
x values - 77, 76, 87, 75, 88, 52, 90
y values - 64, 92, 85, 60, 57, 70, 75
Use a 0.05 significance level to find the following:
(a) The mean value of the differences ?d for
the paired sample data
?⎯⎯⎯=d¯=
(b) The standard deviation of the
differences ?d for the paired sample data...
Assume that you want to test the claim that the paired sample data come from a...
Assume that you want to test the claim that the paired sample
data come from a population for which the mean difference is
μd = 0. Compute the value of the t test statistic. Round
intermediate calculations to four decimal places as needed and
final answers to three decimal places as needed.
x
7
4
10
3
13
y
4
6
6
4
8
t = 0.415
t = 1.292
t = 2.890
t = 0.578
Assume that you want to test the claim that the paired sample data come from a...
Assume that you want to test the claim that the paired sample
data come from a population for
which the mean difference is μd = 0. Compute the value of the t
test statistic. Round intermediate
calculations to four decimal places as needed and final answers to
three decimal places as needed.
x
28
31
20
25
28
27
33
35
y
26
27
26
25
29
32
33
34
A) t = -1.185
B) t = -0.523
C) t...
Assume that you want to test the claim that the paired sample data come from a...
Assume that you want to test the claim that the paired sample
data come from a population for which the mean difference is
muμSubscript ddequals=0. Compute the value of the t test statistic.
Round intermediate calculations to four decimal places as needed
and the final answer to three decimal places as needed.
x:37 32 19 25 30 24 32 35
y: 35 28 25 25 31 29 32 34
Assume that you want to test the claim that the paired sample data come from a...
Assume that you want to test the claim that the paired sample
data come from a population for which the mean difference is
muSubscript dequals0. Compute the value of the t test statistic.
Round intermediate calculations to four decimal places as needed
and the final answer to three decimal places as needed. Start 2 By
9 Table 1st Row 1st Column x 2nd Column 36 3rd Column 38 4st Column
21 5st Column 32 6st Column 30 7st Column 30...
test the claim about the mean of the differences for a population of paired data at...
test the claim about the mean of the differences for a
population of paired data at the level of significance α. Assume
the samples are random and dependent, and the populations are
normally distributed.
Claim: μd ≤ 0; α = 0.10. Sample statistics: , sd = 18.19, n =
33
Use ? to approximate σ. Use a 5% level of significance. Data: 69 62 75 66...
Use ? to approximate σ. Use a 5% level of significance.
Data:
69
62
75
66
68
57
61
84
61
77
62
71
68
69
79
76
87
78
73
89
81
73
64
65
73
69
57
79
78
80
79
81
73
74
84
83
82
85
86
77
72
79
59
64
65
82
64
70
83
89
69
73
84
76
79
81
80
74
77
66
68
77
79
78
77
Consider the below vector x, which you can copy and paste directly into Matlab. The vector...
Consider the below vector x, which you can copy and
paste directly into Matlab. The vector contains the final grades
for each student in a large linear algebra course.
x = [61 52 63 58 66 92 64 55 76 60 70 78 76 73 45 63
97 70 100 76 50 64 42 100 67 81 81 59 68 62 72 99 66 76 81 59 47 84
67 75 63 86 73 44 51 69 48 74 61...
Mid Score Final Score 80 78 87 85 72 81 69 54 86 70 83 73...
Mid Score
Final Score
80
78
87
85
72
81
69
54
86
70
83
73
78
89
75
84
74
86
75
79
84
75
73
63
74
72
73
69
80
86
75
78
72
75
77
68
76
77
66
78
74
77
71
73
85
79
74
74
76
79
76
73
84
72
77
81
78
86
86
76
81
83
78
83
85
86
73
71
83
83
83
79
72
68
83
90...
ADVERTISEMENT
Need Online Homework Help?
Get Answers For Free
Most questions answered within 1 hours.
ADVERTISEMENT
Active Questions
asked 12 minutes ago
asked 12 minutes ago
asked 22 minutes ago
asked 24 minutes ago
asked 29 minutes ago
asked 47 minutes ago
asked 50 minutes ago
asked 1 hour ago
asked 1 hour ago
asked 1 hour ago
asked 1 hour ago
asked 1 hour ago