Consider H0: ? = 72 versus H1: ? > 72. A random sample of 16 observations taken from this popula

1. We have a null hypothesis $H_0: mu = 72$ and an alternative hypothesis $H_1: mu > 72$.

Question

Consider H0: ? = 72 versus H1: ? > 72. A random sample of 16 observations taken from this population produced a sample mean of 75.9. The population is normally distributed with ? = 6. a. Calculate the p-value. Round your answer to four decimal places. p = b. Considering the p-value of part a., would you reject the null hypothesis if the test were made at the significance level of 0.01? c. Considering the p-value of part a., would you reject the null hypothesis if the test were made at the significance level of 0.025? Reject. Do not reject.

          Consider H0: ? = 72 versus H1: ? > 72. A random sample of 16 observations taken from this population produced a sample mean of 75.9. The population is normally distributed with ? = 6.
a. Calculate the p-value. Round your answer to four decimal places.
p =
b. Considering the p-value of part a., would you reject the null hypothesis if the test were made at the significance level of 0.01?
c. Considering the p-value of part a., would you reject the null hypothesis if the test were made at the significance level of 0.025?
Reject.
Do not reject.

Consider H0: ? = 72 versus H1: ? > 72. A random sample of 16 observations taken from this population produced a sample mean of 75.9. The population is normally distributed with ? = 6.
a. Calculate the p-value. Round your answer to four decimal places.
p =
b. Considering the p-value of part a., would you reject the null hypothesis if the test were made at the significance level of 0.01?
c. Considering the p-value of part a., would you reject the null hypothesis if the test were made at the significance level of 0.025?
Reject.
Do not reject.

Added by Adri-N P.

Question

Please give Ace some feedback