Answer B please A recent study found that 61 children who watched a commercial for potato chips featuring a celebrity endorser ate a mean of 36 grams of potato chips as compared to a mean of 27 grams...

A recent study found that

children who watched a commercial for potato chips featuring a celebrity endorser ate a mean of

grams of potato chips as compared to a mean of

grams for

children who watched a commercial for an alternative food snack. Suppose that the sample standard deviation for the children who watched the​ celebrity-endorsed commercial was

grams and the sample standard deviation for the children who watched the alternative food snack commercial was

grams. Complete parts​ (a) through​ (d) below.

a. Assuming that the population variances are equal and

is there evidence that the mean amount of potato chips eaten was significantly higher for the children who watched the​ celebrity-endorsed commercial?

Let population 1 be the weights of potato chips eaten by children who watched the​ celebrity-endorsed commercial and let population 2 be the weights of potato chips eaten by children who watched the alternative food snack commercial. What are the correct null and alternative​ hypotheses?

What is the test​ statistic?

​(Round to two decimal places as​ needed.)

What is the corresponding​ p-value?

​(Round to three decimal places as​ needed.)

What is the correct​ conclusion?

b. Assuming that the population variances are​ equal, construct a

confidence interval estimate of the difference

between the mean amount of potato chips eaten by the children who watched the​ celebrity-endorsed commercial and children who watched the alternative food snack commercial.

​(Type integers or decimals rounded to two decimal places as​ needed.)