The table below lists leading digits of 317 inter-arrival Internet traffic times for a computer, along with the frequencies of leading digits expected with Benford's law. When using these data to test for goodness-of-fit with the distribution described by Benford's law, identify the null and alternative hypotheses. Leading Digit Benford's Law Leading Digits of Inter-Arrival Traffic 76 Times 9 30.1% 17.6% 12.5% 9.7% 7.9% 6.7% 5.8% 5.1% 4.6% 62 29 33 19 27 28 21 22 Choose the correct answer below. O A. Hg: P, =0.301 and p2 = 0.176 and p3 = 0.125 and . and pg =0.046 H,: At least one of the proportions is different from the others. O B. H,: P, =0.301 and p, = 0.176 and p, = 0.125 and. H,: None of the proportions are equal to the given claimed value. and po =0.046 OC. Hg: None of the proportions are equal to the given claimed value. H.: p. =0.301 and p, = 0.176 and p, = 0.125 and .. and p. =0.046

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The table below lists leading digits of 317​ inter-arrival Internet traffic times for a​ computer, along with the frequencies of leading digits expected with​ Benford's law. When using these data to test for​ goodness-of-fit with the distribution described by​ Benford's law, identify the null and alternative hypotheses.

Choose the correct answer below.

The table below lists leading digits of 317 inter-arrival Internet traffic times for a computer, along with the frequencies of leading digits expected with Benford's law. When using these data to test for goodness-of-fit with the distribution
described by Benford's law, identify the null and alternative hypotheses.
Leading Digit
Benford's Law
Leading Digits of
Inter-Arrival Traffic 76
Times
1
30.1% 17.6% 12.5% 9.7% 7.9% 6.7% 5.8% 5.1% 4.6%
62
29
33
19
27
28
21
22
Choose the correct answer below.
O A. Ho: p, = 0.301 and p, = 0.176 and p, = 0.125 and . and po = 0.046
H,: At least one of the proportions is different from the others.
O B. H: P, =0.301 and p, = 0.176 and p, = 0.125 and.
H,: None of the proportions are equal to the given claimed value.
and po =0.046
O C. Ha: None of the proportions are equal to the given claimed value.
H,: p, =0.301 and p, = 0.176 and p, = 0.125 and . and p, = 0.046
Transcribed Image Text:The table below lists leading digits of 317 inter-arrival Internet traffic times for a computer, along with the frequencies of leading digits expected with Benford's law. When using these data to test for goodness-of-fit with the distribution described by Benford's law, identify the null and alternative hypotheses. Leading Digit Benford's Law Leading Digits of Inter-Arrival Traffic 76 Times 1 30.1% 17.6% 12.5% 9.7% 7.9% 6.7% 5.8% 5.1% 4.6% 62 29 33 19 27 28 21 22 Choose the correct answer below. O A. Ho: p, = 0.301 and p, = 0.176 and p, = 0.125 and . and po = 0.046 H,: At least one of the proportions is different from the others. O B. H: P, =0.301 and p, = 0.176 and p, = 0.125 and. H,: None of the proportions are equal to the given claimed value. and po =0.046 O C. Ha: None of the proportions are equal to the given claimed value. H,: p, =0.301 and p, = 0.176 and p, = 0.125 and . and p, = 0.046
O D. H,: At least one of the proportions is different from the others.
H,: P, =0.301 and p, = 0.176 and p, = 0.125 and . and p, = 0.046
O E. H,: At least one of the proportions is not equal to the given claimed value.
H,: P, =0.301 and p, = 0.176 and p, = 0.125 and . and p, = 0.046
OF. H,: P, =0.301 and p2 = 0.176 and p3 = 0.125 and . and pg = 0.046
H,: At least one of the proportions is not equal to the given claimed value.
Transcribed Image Text:O D. H,: At least one of the proportions is different from the others. H,: P, =0.301 and p, = 0.176 and p, = 0.125 and . and p, = 0.046 O E. H,: At least one of the proportions is not equal to the given claimed value. H,: P, =0.301 and p, = 0.176 and p, = 0.125 and . and p, = 0.046 OF. H,: P, =0.301 and p2 = 0.176 and p3 = 0.125 and . and pg = 0.046 H,: At least one of the proportions is not equal to the given claimed value.
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