The hypotheses are: O Ho:p1 < p2; Ha:p1 > p2 O Ho:p < P2; Ha: p1 > H2 O Ho:p1 2 P2; Ha:p1 < p2 O Ho: p1 = p2; Ha: µ1 # 42 O Ho: 2 H2; Ha:H1 < H2 O Ho:P1 = P2; Ha:P1 # P2 %3D 2. This is a O leftO twoO right tailed test and the distribution used is Oz since testing two proportions OT since both o values are not known Oz since both o values are known

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cture.com/courses/2 T.
HW 10.1,10.2
Score: 12.85/37
12/26 answered
• Question 25
>
SAT scores are known to follow a normal distribution with a standard deviation of 100 points. Test the
claim that the population mean SAT score at ACME High School is more than at ACE High School. A random
sample of 34 ACME students yields = 1063 and a random sample of 30 ACE yields 2 = 1010. Use a =
0.10, and let ACME be Population 1.
1. The sample size requirement for this test is:
ON/A since the populations are normally distributed
O Sample sizes must both be at least thirty since this is a Z-test
Sample sizes must both be at least thirty since this is a T-test
ON/A since this is a Z-test
The hypotheses are:
O Ho:p1 < P2; Ha:p1 > P2
O Ho:p < u2; Ha: p1 > p2
O Ho:p1 2 P2; Ha:p1 < p2
O Ho: µ = p2; Ha:µ1 # 42
O Ho: 2 H2; Ha:µ < H2
O Ho:P1 = P2i Ha:p1 # P2
2. This is a O leftO twoO right tailed test and the distribution used is
OZ since testing two proportions
OT since both o values are not known
Oz since both o values are known
7802/assignments/syllabus
dom are
Transcribed Image Text:cture.com/courses/2 T. HW 10.1,10.2 Score: 12.85/37 12/26 answered • Question 25 > SAT scores are known to follow a normal distribution with a standard deviation of 100 points. Test the claim that the population mean SAT score at ACME High School is more than at ACE High School. A random sample of 34 ACME students yields = 1063 and a random sample of 30 ACE yields 2 = 1010. Use a = 0.10, and let ACME be Population 1. 1. The sample size requirement for this test is: ON/A since the populations are normally distributed O Sample sizes must both be at least thirty since this is a Z-test Sample sizes must both be at least thirty since this is a T-test ON/A since this is a Z-test The hypotheses are: O Ho:p1 < P2; Ha:p1 > P2 O Ho:p < u2; Ha: p1 > p2 O Ho:p1 2 P2; Ha:p1 < p2 O Ho: µ = p2; Ha:µ1 # 42 O Ho: 2 H2; Ha:µ < H2 O Ho:P1 = P2i Ha:p1 # P2 2. This is a O leftO twoO right tailed test and the distribution used is OZ since testing two proportions OT since both o values are not known Oz since both o values are known 7802/assignments/syllabus dom are
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