Step 4: Make a Conclusion About the null hypothesis. Since the p-value= 0.045213897692036 the null hypothesis. ✓ 0.05 x= a, we reject 0°

MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
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Chapter1: Starting With Matlab
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I need step 4 only

Step 3: Find the p-value of the point estimate.
First identify the observed and expected values.
Observed and Expected Values
Observed Values (0)
47
Number of TVs
0
1
2
3
4+
Now find the p-value.
P(x² zv
9.731
73
321
63
40
Expected Values (E)
54.4
0.04521
87.04
293.76
76.16
32.64
Step 4: Make a Conclusion About the null hypothesis.
Since the p-value= 0.045213897692036
the null hypothesis.
08
0.05
OF
8
q
x= a, we reject
Part 4 of 4
0⁰
O We cannot conclude that the distribution of the number of televisions in households in Alaska does
not match the distribution of households in United States as a whole.
Ⓒ We conclude that the distribution of the number of televisions in households in Alaska does not
match the distribution of households in United States as a whole.
Transcribed Image Text:Step 3: Find the p-value of the point estimate. First identify the observed and expected values. Observed and Expected Values Observed Values (0) 47 Number of TVs 0 1 2 3 4+ Now find the p-value. P(x² zv 9.731 73 321 63 40 Expected Values (E) 54.4 0.04521 87.04 293.76 76.16 32.64 Step 4: Make a Conclusion About the null hypothesis. Since the p-value= 0.045213897692036 the null hypothesis. 08 0.05 OF 8 q x= a, we reject Part 4 of 4 0⁰ O We cannot conclude that the distribution of the number of televisions in households in Alaska does not match the distribution of households in United States as a whole. Ⓒ We conclude that the distribution of the number of televisions in households in Alaska does not match the distribution of households in United States as a whole.
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