1) alpha = .05 2-tail n=100 Z critical = ?
2)alpha = .05 1-tail n=100 Z critical = ?
3)alpha = .01 2-tail n=100 Z critical = ?
4)alpha = .05 1-tail n=100 Z critical = ?
5)alpha = .32 1-tail n=100 Z critical = ?
6)alpha = .32 2-tail n=100 Z critical = ?
1) alpha = .05 2-tail n=100 Z critical = ? 2)alpha = .05 1-tail n=100 Z...
Probability=.05 in one tail, and n=15, critical t=
Part 1) The critical value of t at a .01 level in a one-tail test will equal the critical value of t for a two-tail test at what level of significance? .05 .10 .20 None of these Part 2) The critical value of t at a .05 level in a two-tail test will equal the critical value of t for a one-tail test at what level of significance? .025 .10 .20 None of these
Critical Values for the Correlation
Coefficient
n
alpha = .05
alpha = .01
4
0.95
0.99
5
0.878
0.959
6
0.811
0.917
7
0.754
0.875
8
0.707
0.834
9
0.666
0.798
10
0.632
0.765
11
0.602
0.735
12
0.576
0.708
13
0.553
0.684
14
0.532
0.661
15
0.514
0.641
16
0.497
0.623
17
0.482
0.606
18
0.468
0.59
19
0.456
0.575
20
0.444
0.561
25
0.396
0.505
30
0.361
0.463
35
0.335
0.43
40
0.312
0.402
45
0.294
0.378
50...
Critical Values for the Correlation
Coefficient
n alpha = .05 alpha = .01
4 0.95 0.99
5 0.878 0.959
6 0.811 0.917
7 0.754 0.875
8 0.707 0.834
9 0.666 0.798
10 0.632 0.765
11 0.602 0.735
12 0.576 0.708
13 0.553 0.684
14 0.532 0.661
15 0.514 0.641
16 0.497 0.623
17 0.482 0.606
18 0.468 0.59
19 0.456 0.575
20 0.444 0.561
25 0.396 0.505
30 0.361 0.463
35 0.335 0.43
40 0.312 0.402
45 0.294 0.378...
Test Ho: µ =100; H1: µ < 100, using n = 36 and alpha = .05 If the sample mean=92 and the sample standard deviation = 18, which of the following is true? A. test statistic = -2.67; critical value = 1.69; we fail to reject Ho. B. test statistic = -2.67; critical value = 1.96; we fail to reject Ho. C. test statistic = -2.67; critical value = -1.96; we reject Ho. D. test statistic = -2.67; critical value...
What is the critical value of Z for a distribution with the proportion in the tail of .1151? Assume a one-tailed test. a.2.2 b.1.8 c..2 d.1.2 What is the critical value of Z for a distribution with the proportion in the body of .8389? Assume a one-tailed test. a.0.99 b .5 c.1.99 d.1 What is the critical value of Z for a distribution with the proportion in the tail of .3121? Assume a one-tailed test. a.49 b. .48 c 2.48...
Determine the upper-tail critical value t Subscript alpha divided by 2tα/2 in each of the following circumstances. (round to four decimal places.) a.a. 1-α=0.90, n=34 d.d. 1−α=0.90, n=28 b.b. 1-−α=0.95, n=34 e.e. 1-α=0.99, n=57 c.c. 1-α=0.90, n=10
N = 20 alpha = 0.05, 1 tail Null hypothesis: The coin is fair Alternative hypothesis: The coin is biased towards heads Obtained value: 17 heads a) What is the significance? b) What is the Critical Value? c) Do we reject the null?
1) In a two-tail test, with an alpha of 0.01, approximately what z value separates the region of acceptance from the region of rejection? A. 2.58 or -2.58 B. 2.33 or -2.33 2) Another name for a two sample dependent test is. A. alpha sample B. paired sample
Determine the critical t-scores for each of the conditions below. a) one-tail test, α-0.005, and n-39 b) one-tail test, a 0.01, and n 32 c) two-tail test, a 0.05, and n 33 d) two-tail test, a-0.02, and n 16 Click here to view page 1 of the Student's t-distribution table Click here to view page 2 of the Student's t-distribution table a) The critical t-score(s) for a one-tail test, where a-0.005, and n 39 is(are) Round to three decimal places...