Solved

Two Independent Samples of Sizes 40 and 50 Are Randomly

Question 53

Multiple Choice

Two independent samples of sizes 40 and 50 are randomly selected from two populations to test the difference between the population means Two independent samples of sizes 40 and 50 are randomly selected from two populations to test the difference between the population means . Assume the population variances are known. The sampling distribution of the sample mean difference is: A) normally distributed. B) approximately normal. C) Student t- distributed with 88 degrees of freedom. D) None of these choices. . Assume the population variances are known. The sampling distribution of the sample mean difference Two independent samples of sizes 40 and 50 are randomly selected from two populations to test the difference between the population means . Assume the population variances are known. The sampling distribution of the sample mean difference is: A) normally distributed. B) approximately normal. C) Student t- distributed with 88 degrees of freedom. D) None of these choices. is:


A) normally distributed.
B) approximately normal.
C) Student t- distributed with 88 degrees of freedom.
D) None of these choices.

Correct Answer:

verifed

Verified

Unlock this answer now
Get Access to more Verified Answers free of charge

Related Questions

Q39: The pooled-variances t-test requires that the two

Q48: Clothing Expenditures A marketing consultant was in

Q49: When testing <img src="https://d2lvgg3v3hfg70.cloudfront.net/TBX8689/.jpg" alt="When testing

Q52: Two independent samples of sizes 20 and

Q54: The equal-variances test statistic of <img src="https://d2lvgg3v3hfg70.cloudfront.net/TBX8689/.jpg"

Q55: Undergraduates' Test Scores 35 undergraduate students who

Q56: In testing for differences between the means

Q57: Promotional Campaigns The general manager of a

Q58: Clothing Expenditures A marketing consultant was in

Q121: Two measurements from the same individuals is