Week 7 Assignment: Conducting a Hypothesis
Test for Mean - Population Standard Deviation
Known: P-Value Approach
1. What is the p-value of a two-tailed one-mean hypothesis test, with a test statistic
of z0=−1.73? (Do not round your answer; compute your answer using a value from
the table below.)
z−1.8−1.7−1.6−1.5−1.40.000.0360.0450.0550.0670.0810
.010.0350.0440.0540.0660.0790.020.0340.0430.0530.0640.
0780.030.0340.0420.0520.0630.0760.040.0330.0410.0510.
0620.0750.050.0320.0400.0490.0610.0740.060.0310.0390.
0480.0590.0720.070.0310.0380.0470.0580.0710.080.0300.
0380.0460.0570.0690.090.0290.0370.0460.0560.068
0.084
61 meters. During a practice
2. Mary, a javelin thrower, claims that her average throw is
session, Mary has a sample throw mean of 55.5 meters based on 12 throws. At the
1% significance level, does the data provide sufficient evidence to conclude that Mary's
mean throw is less than 61 meters? Accept or reject the hypothesis given the sample
data below.
H0:μ=61 meters; Ha:μ<61 meters
α=0.01 (significance level)
z0=−1.99
p=0.0233
The Right Choice Is Option E
i.e
Do Not Reject The Null Hypothesis because The P value is
0.02333 is Greater than The Significance Level 0.01
3. What is the p-value of a two-tailed one-mean hypothesis test, with a test statistic
of z0=0.27? (Do not round your answer; compute your answer using a value from the
table below.)
z0.10.20.30.40.50.000.5400.5790.6180.6550.6910.010.54
40.5830.6220.6590.6950.020.5480.5870.6260.6630.6980.0
30.5520.5910.6290.6660.7020.040.5560.5950.6330.6700.70
This study source was downloaded by 100000770861734 from CourseHero.com on 02-09-2022 04:52:31 GMT -06:00
https://www.coursehero.com/file/59093536/7-quizdocx/
Test for Mean - Population Standard Deviation
Known: P-Value Approach
1. What is the p-value of a two-tailed one-mean hypothesis test, with a test statistic
of z0=−1.73? (Do not round your answer; compute your answer using a value from
the table below.)
z−1.8−1.7−1.6−1.5−1.40.000.0360.0450.0550.0670.0810
.010.0350.0440.0540.0660.0790.020.0340.0430.0530.0640.
0780.030.0340.0420.0520.0630.0760.040.0330.0410.0510.
0620.0750.050.0320.0400.0490.0610.0740.060.0310.0390.
0480.0590.0720.070.0310.0380.0470.0580.0710.080.0300.
0380.0460.0570.0690.090.0290.0370.0460.0560.068
0.084
61 meters. During a practice
2. Mary, a javelin thrower, claims that her average throw is
session, Mary has a sample throw mean of 55.5 meters based on 12 throws. At the
1% significance level, does the data provide sufficient evidence to conclude that Mary's
mean throw is less than 61 meters? Accept or reject the hypothesis given the sample
data below.
H0:μ=61 meters; Ha:μ<61 meters
α=0.01 (significance level)
z0=−1.99
p=0.0233
The Right Choice Is Option E
i.e
Do Not Reject The Null Hypothesis because The P value is
0.02333 is Greater than The Significance Level 0.01
3. What is the p-value of a two-tailed one-mean hypothesis test, with a test statistic
of z0=0.27? (Do not round your answer; compute your answer using a value from the
table below.)
z0.10.20.30.40.50.000.5400.5790.6180.6550.6910.010.54
40.5830.6220.6590.6950.020.5480.5870.6260.6630.6980.0
30.5520.5910.6290.6660.7020.040.5560.5950.6330.6700.70
This study source was downloaded by 100000770861734 from CourseHero.com on 02-09-2022 04:52:31 GMT -06:00
https://www.coursehero.com/file/59093536/7-quizdocx/
