$20.00
Add to Cart
HW-1992 Email Response
More than 10 available, 1 sold
Details
Shipping: US-Mainland: free (more destinations)
Condition: Used
For all Hypothesis Test Questions you must:
1) state both the null and alternative hypotheses
2) state which test or test statistic you are using
3) state EITHER the p-value and the alpha value (if you are using the p-value approach) OR the test statistic value and critical value(s) (if you are using the classical approach)
4) state your conclusion (i.e. "There is sufficient evidence to support the claim that students who take note perform better on the test.")
Here is the week's Email Response Question:
A doctor suspects that male babies are born with higher birth weights than female babies. She take a simple random sample of 10 male babies and finds they have a mean weight of 7 pounds 11 ounces with a standard deviation of 8 ounces. She also takes a simple random sample of 8 female babies and finds they have a mean weight of 7 pounds 4 ounces with a standard deviation of 5 ounces. Does this sample data support the doctors claim at the alpha = 0.05 level of significance? [Assume that weights of babies are normally distributed.]
Answer will be sent by email as attachment.
1) state both the null and alternative hypotheses
2) state which test or test statistic you are using
3) state EITHER the p-value and the alpha value (if you are using the p-value approach) OR the test statistic value and critical value(s) (if you are using the classical approach)
4) state your conclusion (i.e. "There is sufficient evidence to support the claim that students who take note perform better on the test.")
Here is the week's Email Response Question:
A doctor suspects that male babies are born with higher birth weights than female babies. She take a simple random sample of 10 male babies and finds they have a mean weight of 7 pounds 11 ounces with a standard deviation of 8 ounces. She also takes a simple random sample of 8 female babies and finds they have a mean weight of 7 pounds 4 ounces with a standard deviation of 5 ounces. Does this sample data support the doctors claim at the alpha = 0.05 level of significance? [Assume that weights of babies are normally distributed.]
Answer will be sent by email as attachment.
