Question
In: Statistics and Probability
Determine the upper-tail critical value t Subscript alpha divided by 2tα/2 in each of the following...
Determine the upper-tail critical value
t Subscript alpha divided by 2tα/2
in each of the following circumstances.
|
a.a. |
1 minus alpha equals 0.95 comma n equals 221−α=0.95, n=22 |
d.d. |
1 minus alpha equals 0.95 comma n equals 341−α=0.95, n=34 |
|
|
b.b. |
1 minus alpha equals 0.99 comma n equals 221−α=0.99, n=22 |
e.e. |
1 minus alpha equals 0.90 comma n equals 531−α=0.90, n=53 |
|
|
c.c. |
1 minus alpha equals 0.95 comma n equals 461−α=0.95, n=46 |
Click here to view page 1 of the table of critical values for the t distribution.
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a.a.
tequals=nothing
(Round to four decimal places as needed.)
Solutions
orchestra answered 2 years agoRelated Solutions
Determine the upper-tail critical value t Subscript alpha divided by 2tα/2 in each of the following...
Determine the upper-tail critical value
t Subscript alpha divided by 2tα/2
in each of the following circumstances.
.a.
1 minus alpha equals 0.90 comma n equals 161−α=0.90, n=16
.d.
1 minus alpha equals 0.90 comma n equals 261−α=0.90, n=26
.b.
1 minus alpha equals 0.95 comma n equals 161−α=0.95, n=16
e.
1 minus alpha equals 0.99 comma n equals 81−α=0.99, n=8
c.
1 minus alpha equals 0.90 comma n equals 681−α=0.90, n=68
Determine the upper-tail critical value t Subscript alpha divided by 2tα/2 in each of the following...
Determine the upper-tail critical value
t Subscript alpha divided by 2tα/2
in each of the following circumstances.
a.a.
1 minus alpha equals 0.90 comma n equals 581−α=0.90, n=58
d.d.
1 minus alpha equals 0.90 comma n equals 131−α=0.90, n=13
b.b.
1 minus alpha equals 0.95 comma n equals 581−α=0.95, n=58
e.e.
1 minus alpha equals 0.99 comma n equals 231−α=0.99, n=23
c.c.
1 minus alpha equals 0.90 comma n equals 301−α=0.90, n=30
a. T= __ (Round to four decimal places...
Determine the upper-tail critical value t(a/2) in each of the following a. 1-a = 0.95, n=50...
Determine the upper-tail critical value t(a/2) in each of the
following
a. 1-a = 0.95, n=50
b. 1-a = 0.99, n=50
c. 1-a = 0.95, n=63
d. 1-a = 0.95, n=35
e. 1-a = 0.90, n=56
Find the critical value z Subscript alpha divided by 2 that corresponds to alphaequals0.01. za/2= _____...
Find the critical value z Subscript alpha divided by 2 that
corresponds to alphaequals0.01.
za/2= _____ (Round two decimal places).
Do one of the following, as appropriate. (a) Find the critical value z Subscript alpha divided...
Do one of the following, as appropriate. (a) Find the critical
value z Subscript alpha divided by 2, (b) find the critical value
t Subscript alpha divided by 2, (c) state that neither the normal
nor the t distribution applies. Confidence level 98%; n=23 SD=
26.2; population appears to be normally distributed.
Do one of the following, as appropriate. (a) Find the critical value z Subscript alpha divided...
Do one of the following, as appropriate. (a) Find the critical
value z Subscript alpha divided by 2, (b) find the critical value
t Subscript alpha divided by 2, (c) state that neither the normal
nor the t distribution applies. Confidence level 98%; n=23 SD=
26.2; population appears to be normally distributed.
10.36 Determine the upper-tail critical values of F in each of the following two-tail tests. a....
10.36 Determine the upper-tail critical values of F in each of
the following two-tail tests.
a. a = 0.10, n1 = 16, n2 = 21
b. a = 0.05, n1 = 16, n2 = 21
c. a = 0.01, n1 = 16, n2 = 21
10.4.36 Determine the upper-tail critical values of F in each of the following two-tail tests. a....
10.4.36 Determine the upper-tail critical values of F in each
of the following two-tail tests.
a. alphaequals0.05, n1equals25, n2equals16 .
b. alphaequals0.02, n1equals25, n2equals16 .
c. alphaequals0.10, n1equals25, n2equals16
(Round to two decimal places as needed.)
Determine the upper tail critical values of F in each of the following two-tailed tests: a....
Determine the upper tail critical values of F in each of
the following two-tailed tests:
a. The critical value of F when α = 0.005, n1 = 16,
and n2 = 10 is
(Round to two decimal places as needed.)
b. The critical value of F when α = 0.05, n1=16, and
n2 = 10 is
(Round to two decimal places as needed.)
Find the critical values, chi Subscript 1 minus alpha divided by 2 Superscript 2 and chi...
Find the critical values, chi Subscript 1 minus alpha divided
by 2 Superscript 2 and chi Subscript alpha divided by 2 Superscript
2, for 95% confidence and nequals12. Round to the nearest
thousandth.
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