Question
In: Statistics and Probability
For each of the following situations give the degrees of freedom and an appropriate bound on...
For each of the following situations give the degrees of freedom and an appropriate bound on the P-value (give the exact value if you have software available) for the χ2 statistic for testing the null hypothesis of no association between the row and column variables.
(a) A 2 by 2 table with χ2 = 0.76.
| df = | |
| P-value = |
(b) A 4 by 4 table with χ2 = 18.67.
| df = | |
| P-value = |
(c) A 2 by 8 table with χ2 = 23.33.
| df = | |
| P-value = |
(d) A 5 by 3 table with χ2 = 12.88.
| df = | |
| P-value = |
Solutions
orchestra answered 2 years agoRelated Solutions
For each of the following situations give the degrees of freedom and an appropriate bound on...
For each of the following situations give the degrees of freedom
and an appropriate bound on the P-value (give the exact
value if you have software available) for the
χ2 statistic for testing the null hypothesis of
no association between the row and column variables.
(a) A 2 by 2 table with χ2 = 0.73.
df =
P-value =
(b) A 4 by 4 table with χ2 = 18.32.
df =
P-value =
(c) A 2 by 8 table with...
For each of the following situations give the degrees of freedom and an appropriate bound on...
For each of the following situations give the degrees of freedom
and an appropriate bound on the P-value (give the exact
value if you have software available) for the
χ2 statistic for testing the null hypothesis of
no association between the row and column variables.
(a) A 2 by 2 table with χ2 = 0.73.
df =
P-value =
(b) A 4 by 4 table with χ2 = 18.32.
df =
P-value =
(c) A 2 by 8 table with...
For each of the following situations give the degrees of freedom and an appropriate bound on...
For each of the following situations give the degrees of freedom
and an appropriate bound on the P-value (give the exact
value if you have software available) for the
χ2 statistic for testing the null hypothesis of
no association between the row and column variables.
(a) A 2 by 2 table with χ2 = 0.98.
df =
P-value =
(b) A 4 by 4 table with χ2 = 18.31.
df =
P-value =
(c) A 2 by 8 table with...
For each of the following situations give the degrees of freedom and an appropriate bound on...
For each of the following situations give the degrees of freedom
and an appropriate bound on the P-value (give the exact
value if you have software available) for the
χ2 statistic for testing the null hypothesis of
no association between the row and column variables.
(a) A 2 by 2 table with χ2 = 0.91.
df =
P-value =
(b) A 4 by 4 table with χ2 = 18.5.
df =
P-value =
(c) A 2 by 8 table with...
For each of the following situations give the degrees of freedom and an appropriate bound on...
For each of the following situations give the degrees of freedom
and an appropriate bound on the P-value (give the exact
value if you have software available) for the
χ2 statistic for testing the null hypothesis of
no association between the row and column variables.
(a) A 2 by 2 table with χ2 =
0.97.
df =
P-value =
(b) A 4 by 4 table with χ2 =
18.55.
df =
P-value =
(c) A 2 by 8 table with...
For each of the following situations, give the degrees of freedom for the group (DFG), for...
For each of the following situations, give the degrees of
freedom for the group (DFG), for error (DFE), and for the total
(DFT). State the null and alternative hypotheses,
H0 and Ha, and give the
numerator and denominator degrees of freedom for the F
statistic.
(a) A poultry farmer is interested in reducing the cholesterol
level in his marketable eggs. He wants to compare two different
cholesterol-lowering drugs added to the hen's standard diet as well
as an all-vegetarian diet....
For each of the following situations, give the degrees of freedom for the group (DFG), for...
For each of the following situations, give the degrees of freedom
for the group (DFG), for error (DFE), and for the total (DFT).
State the null and alternative hypotheses, H0
and Ha, and give the numerator and denominator
degrees of freedom for the F statistic.
(a) A poultry farmer is interested in reducing the cholesterol
level in his marketable eggs. He wants to compare two different
cholesterol-lowering drugs added to the hen's standard diet as well
as an all-vegetarian diet....
For each of the following situations, give the degrees of freedom for the group (DFG), for...
For each of the following situations, give the degrees of
freedom for the group (DFG), for error (DFE), and for the total
(DFT). State the null and alternative hypotheses,
H0 and Ha, and give the
numerator and denominator degrees of freedom for the F
statistic.
(a) A poultry farmer is interested in reducing the cholesterol
level in his marketable eggs. He wants to compare two different
cholesterol-lowering drugs added to the hen's standard diet as well
as an all-vegetarian diet....
For each of the following situations, give the degrees of freedom for the group (DFG), for...
For each of the following situations, give the degrees of
freedom for the group (DFG), for error (DFE), and for the total
(DFT). State the null and alternative hypotheses,
H0 and Ha, and give the
numerator and denominator degrees of freedom for the F
statistic.
(a) A poultry farmer is interested in reducing the cholesterol
level in his marketable eggs. He wants to compare two different
cholesterol-lowering drugs added to the hen's standard diet as well
as an all-vegetarian diet....
For each of the following situations, give the degrees of freedom for the group (DFG), for...
For each of the following situations, give the degrees of
freedom for the group (DFG), for error (DFE), and for the total
(DFT). State the null and alternative hypotheses,
H0 and Ha, and give the
numerator and denominator degrees of freedom for the F
statistic.
(a) A poultry farmer is interested in reducing the cholesterol
level in his marketable eggs. He wants to compare two different
cholesterol-lowering drugs added to the hen's standard diet as well
as an all-vegetarian diet....
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