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Question #215880
given: N=250 n=100
μ=35.6
σ=4.89
find: p( ≥36)
Expert's answer
When samples are drawn from finite population
z
=
x
−
μ
σ
n
N
−
n
N
−
1
z=\dfrac{x-\mu}{\dfrac{\sigma}{\sqrt{n}}\sqrt{\dfrac{N-n}{N-1}}}
z
=
n
σ
N
−
1
N
−
n
x
−
μ
z
=
36
−
35.6
4.89
100
250
−
100
250
−
1
=
1.053914
z=\dfrac{36-35.6}{\dfrac{4.89}{\sqrt{100}}\sqrt{\dfrac{250-100}{250-1}}}=1.053914
z
=
100
4.89
250
−
1
250
−
100
36
−
35.6
=
1.053914
P
(
X
≥
36
)
=
1
−
P
(
X
<
36
)
P(X\geq36)=1-P(X<36)
P
(
X
≥
36
)
=
1
−
P
(
X
<
36
)
≈
1
−
P
(
Z
≤
1.053914
)
\approx1-P(Z\leq1.053914)
≈
1
−
P
(
Z
≤
1.053914
)
≈
0.145961
\approx0.145961
≈
0.145961
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