The chance of developing breast cancer is under 11% for women. 10 Ho: H = 11. He μ = 11 |ο Hoμ 211 Hp <11 Ho: s11, H₂ μ> 11 Ho: p=0.11, H₂p= 0.11 O Ho <11, H₂ μZ 11 Ho: p20.11, H₂; p< 0.11 Ho p≤0.11, H₂p> 0.11 Ho: p<0.11, H₂. pz 0.11 Incorrect. The given statement is considering a population proportion and not a population mean. Part (1) X Private universities' mean tuition cost is more than $20,000 per year. Ho: H=20,000, H₂ μ = 20,000 ọ Ho-l>20,000, Ο Ho: a s 20.000, O Ho: p=20,000, O Hops 20,000, O Ho:p> 20,000, Ο Ho: μ ε 20.000, O Ho: pz 20,000. Hg με 20.000 Hg a > 20.000 H₁: p= 20,000 H₂ p > 20,000 Hps 20,000 Hg με 20.000 H: p<20,000
The chance of developing breast cancer is under 11% for women. 10 Ho: H = 11. He μ = 11 |ο Hoμ 211 Hp <11 Ho: s11, H₂ μ> 11 Ho: p=0.11, H₂p= 0.11 O Ho <11, H₂ μZ 11 Ho: p20.11, H₂; p< 0.11 Ho p≤0.11, H₂p> 0.11 Ho: p<0.11, H₂. pz 0.11 Incorrect. The given statement is considering a population proportion and not a population mean. Part (1) X Private universities' mean tuition cost is more than $20,000 per year. Ho: H=20,000, H₂ μ = 20,000 ọ Ho-l>20,000, Ο Ho: a s 20.000, O Ho: p=20,000, O Hops 20,000, O Ho:p> 20,000, Ο Ho: μ ε 20.000, O Ho: pz 20,000. Hg με 20.000 Hg a > 20.000 H₁: p= 20,000 H₂ p > 20,000 Hps 20,000 Hg με 20.000 H: p<20,000
Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter4: Eigenvalues And Eigenvectors
Section4.6: Applications And The Perron-frobenius Theorem
Problem 22EQ
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Question
Transcribed Image Text:Part (i)
The chance of developing breast cancer is under 11% for women.
Ho: M=11, Hg μ#11
Ho: M211,
Hg: μ< 11
Ho: ≤ 11,
Hg: > 11
Ho: p=0.11, H₂: P#
0.11
O Ho: <11, H₂ μ ≥ 11
Ho: p20.11, H₂: P<
0.11
Ho: p≤0.11,
0.11
H₂:p>
Ho: P<0.11, H₂ pz
0.11
Incorrect. The given statement is considering a population proportion and not a population mean.
Part (j)
Private universities' mean tuition cost is more than $20,000 per year.
Ho: μ = 20,000,
Hg μ = 20,000
Ο Ho: μ > 20,000,
Ο Ηρ: μ 5 20,000,
O Ho: p = 20,000,
O Ho: p ≤ 20,000,
O Ho:p> 20,000,
Ho: μ ε 20.000,
O Ho: p≥ 20,000,
Additional Materials
Reading
Hg μ 5 20,000
Hg μ > 20,000
Ha: p= 20,000
Hp> 20,000
He: p ≤ 20,000
Hg με 20,000
Ha: p<20,000
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