Wedding Cost Attendance 62700 300 50000 350 47000 150 43000 200 35000 250 32500 150 28000 250 28000 300 26000 250 26000 200 25000 150 25000 200 22000 200 22000 200 20000 200 20000 200 19000 100 18000 150 18000 200 18000 150 17000 100 12000 100 12000 150 6000 50 3000 50 Interpret the values given in the test of the population slope. Use a 0.050.05 level of significance. State the null and alternative hypotheses the test. Upper H 0H0: ▼ beta 1β1 beta 0β0 ▼ equals= less than< greater than> not equals≠ enter your response here Upper H 1H1: ▼ beta 1β1 beta 0β0 ▼ equals= less than< greater than> not equals≠ enter your response here (Type integers or decimals. Do not round.) Part 6 Identify the test statistic. tequals=enter your response here (Round to two decimal places as needed.) Part 7 Identify the p-value. The p-value is enter your response here. (Round to three decimal places as needed.) Part 8 State the conclusion. ▼ Fail to reject Reject Upper H 0H0. There ▼ is sufficient is not sufficient evidence of a linear relationship between wedding cost and attendance.
Wedding Cost Attendance 62700 300 50000 350 47000 150 43000 200 35000 250 32500 150 28000 250 28000 300 26000 250 26000 200 25000 150 25000 200 22000 200 22000 200 20000 200 20000 200 19000 100 18000 150 18000 200 18000 150 17000 100 12000 100 12000 150 6000 50 3000 50 Interpret the values given in the test of the population slope. Use a 0.050.05 level of significance. State the null and alternative hypotheses the test. Upper H 0H0: ▼ beta 1β1 beta 0β0 ▼ equals= less than< greater than> not equals≠ enter your response here Upper H 1H1: ▼ beta 1β1 beta 0β0 ▼ equals= less than< greater than> not equals≠ enter your response here (Type integers or decimals. Do not round.) Part 6 Identify the test statistic. tequals=enter your response here (Round to two decimal places as needed.) Part 7 Identify the p-value. The p-value is enter your response here. (Round to three decimal places as needed.) Part 8 State the conclusion. ▼ Fail to reject Reject Upper H 0H0. There ▼ is sufficient is not sufficient evidence of a linear relationship between wedding cost and attendance.
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
Related questions
Question
Wedding Cost | Attendance |
62700 | 300 |
50000 | 350 |
47000 | 150 |
43000 | 200 |
35000 | 250 |
32500 | 150 |
28000 | 250 |
28000 | 300 |
26000 | 250 |
26000 | 200 |
25000 | 150 |
25000 | 200 |
22000 | 200 |
22000 | 200 |
20000 | 200 |
20000 | 200 |
19000 | 100 |
18000 | 150 |
18000 | 200 |
18000 | 150 |
17000 | 100 |
12000 | 100 |
12000 | 150 |
6000 | 50 |
3000 | 50 |
Interpret the values given in the test of the population slope. Use a
0.050.05
level of significance. State the null and alternative hypotheses the test.Upper H 0H0:
▼
beta 1β1
beta 0β0
▼
equals=
less than<
greater than>
not equals≠
Upper H 1H1:
▼
beta 1β1
beta 0β0
▼
equals=
less than<
greater than>
not equals≠
(Type integers or decimals. Do not round.)
Part 6
Identify the test statistic.
tequals=enter your response here
(Round to two decimal places as needed.)
Part 7
Identify the p-value.
The p-value is
enter your response here.
(Round to three decimal places as needed.)
Part 8
State the conclusion.
▼
Fail to reject
Reject
Upper H 0H0.
There
▼
is sufficient
is not sufficient
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