- 12) Based on a recent trip to Las Vegas, Big Daddy claims his career average amount won per session playing video poker is $250. Big Daddy doesn't have all of his previous results so he takes a sample of 7 sessions from his recent trip that yielded the following data: x = $280, and s = $30. Assume the population is normally distributed. Given that a = .05, find the test statistic, and state the conclusion. A) Test Statistic: t = 2.646 B) Test Statistic: Decision: t = 2.646 Fail to Reject Ho Decision: Reject Ho C) Test Statistic: t = -2.646 Decision: Reject Ho D) Test Statistic: Decision: t = -2.646 Fail to Reject Ho

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
18th Edition
ISBN:9780079039897
Author:Carter
Publisher:Carter
Chapter10: Statistics
Section10.5: Comparing Sets Of Data
Problem 13PPS
Question

Assume the population is normally distributed 

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12) Based on a recent trip to Las Vegas, Big Daddy claims his career average amount won per
session playing video poker is $250. Big Daddy doesn't have all of his previous results so he
takes a sample of 7 sessions from his recent trip that yielded the following data: x = $280,
and s = $30. Assume the population is normally distributed. Given that a = .05, find the test
statistic, and state the conclusion.
A) Test Statistic: t = 2.646
B) Test Statistic:
Decision:
t = 2.646
Fail to Reject Ho
Decision:
Reject Ho
C) Test Statistic:
t = -2.646
Decision:
Reject Ho
D) Test Statistic:
Decision:
t = -2.646
Fail to Reject Ho
Transcribed Image Text:- 12) Based on a recent trip to Las Vegas, Big Daddy claims his career average amount won per session playing video poker is $250. Big Daddy doesn't have all of his previous results so he takes a sample of 7 sessions from his recent trip that yielded the following data: x = $280, and s = $30. Assume the population is normally distributed. Given that a = .05, find the test statistic, and state the conclusion. A) Test Statistic: t = 2.646 B) Test Statistic: Decision: t = 2.646 Fail to Reject Ho Decision: Reject Ho C) Test Statistic: t = -2.646 Decision: Reject Ho D) Test Statistic: Decision: t = -2.646 Fail to Reject Ho
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