Consider the following information: n1 = 23, n2 = 24 and R = 13, where R is the number of runs, n1 and n2 are the number
Posted: Wed May 11, 2022 2:53 pm
Consider the following information: n1 = 23, n2 = 24 and R = 13,
where R is the number of runs, n1 and n2 are the number of elements
in a sequence possessing and not possessing a certain attribute,
and n1 + n2 = n. Use Table 1. a. Specify the competing hypotheses
to test for nonrandomness. multiple choice 1 H0: The elements occur
randomly; HA: The elements do not occur randomly. H0: The elements
do not occur randomly; HA: The elements occur randomly. b.
Calculate the value of the test statistic. (Negative values should
appear with a minus sign. Round final answer to 2 decimal places.)
c. Find the p-value. multiple choice 2 0.025 Picture p-value <
0.05 p-value < 0.01 p-value Picture 0.10 0.05 Picture p-value
< 0.10 0.01 Picture p-value < 0.025 d. Can we conclude at the
5% significance level that the observations are nonrandom? multiple
choice 3 Yes, since we reject H0. Yes, since we do not reject H0.
No, since we reject H0. No, since we do not reject H0.
where R is the number of runs, n1 and n2 are the number of elements
in a sequence possessing and not possessing a certain attribute,
and n1 + n2 = n. Use Table 1. a. Specify the competing hypotheses
to test for nonrandomness. multiple choice 1 H0: The elements occur
randomly; HA: The elements do not occur randomly. H0: The elements
do not occur randomly; HA: The elements occur randomly. b.
Calculate the value of the test statistic. (Negative values should
appear with a minus sign. Round final answer to 2 decimal places.)
c. Find the p-value. multiple choice 2 0.025 Picture p-value <
0.05 p-value < 0.01 p-value Picture 0.10 0.05 Picture p-value
< 0.10 0.01 Picture p-value < 0.025 d. Can we conclude at the
5% significance level that the observations are nonrandom? multiple
choice 3 Yes, since we reject H0. Yes, since we do not reject H0.
No, since we reject H0. No, since we do not reject H0.