How do you get 67.3 degrees and 112.7 degrees from the sin(x) = .9228 ? I need to know the steps. I will also make the first ans
wer the brainlyest
This is a law of sines work problem. I’ve attached it with the problem worked out.
This is a law of sines work problem. I’ve attached it with the problem worked out.
1 answer:
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Answer:
For this case the confidence interval is given by :
Step-by-step explanation:
Data provided
represent the sample mean for the fuel efficiencies
population mean
s=2.51 represent the sample standard deviation
n=601 represent the sample size
Confidence interval
The formula for the confidence interval of the true mean is given by:
(1)
The degrees of freedom for this case is given by:
The Confidence level for this case is 0.95 or 95%, and the significance level and
and the critical value is given by
Replcing into the formula for the confidence interval is given by:
For this case the confidence interval is given by :