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A Hunting Supply Store Is Interested in Knowing Whether Three

Question 28

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A hunting supply store is interested in knowing whether three different brands of goose decoys are equally effective in attracting geese.Each goose decoy is randomly assigned to five hunters,and the order of each experiment is also randomized.An experiment consists of a hunter using one goose decoy and waiting fifteen minutes.Calculate A hunting supply store is interested in knowing whether three different brands of goose decoys are equally effective in attracting geese.Each goose decoy is randomly assigned to five hunters,and the order of each experiment is also randomized.An experiment consists of a hunter using one goose decoy and waiting fifteen minutes.Calculate   ,   And the F-ratio.Can you reject   Using α = 0.05? The ANOVA table is listed below.   A)    = 4.467;   =0.486;F-Ratio = 9.191;Yes,reject   Using α = 0.05. B)    = 4.467;   =0.523;F-Ratio = 8.541;Yes,reject   Using α = 0.05. C)    = 2.978;   =0.567;F-Ratio = 5.252;No,do not reject   Using α = 0.05. D)    = 4.467;   =0.567;F-Ratio = 7.878;Yes,reject   Using α = 0.05. E)    = 2.978;   =0.486;F-Ratio = 6.128;No,do not reject   Using α = 0.05.
, A hunting supply store is interested in knowing whether three different brands of goose decoys are equally effective in attracting geese.Each goose decoy is randomly assigned to five hunters,and the order of each experiment is also randomized.An experiment consists of a hunter using one goose decoy and waiting fifteen minutes.Calculate   ,   And the F-ratio.Can you reject   Using α = 0.05? The ANOVA table is listed below.   A)    = 4.467;   =0.486;F-Ratio = 9.191;Yes,reject   Using α = 0.05. B)    = 4.467;   =0.523;F-Ratio = 8.541;Yes,reject   Using α = 0.05. C)    = 2.978;   =0.567;F-Ratio = 5.252;No,do not reject   Using α = 0.05. D)    = 4.467;   =0.567;F-Ratio = 7.878;Yes,reject   Using α = 0.05. E)    = 2.978;   =0.486;F-Ratio = 6.128;No,do not reject   Using α = 0.05.
And the F-ratio.Can you reject A hunting supply store is interested in knowing whether three different brands of goose decoys are equally effective in attracting geese.Each goose decoy is randomly assigned to five hunters,and the order of each experiment is also randomized.An experiment consists of a hunter using one goose decoy and waiting fifteen minutes.Calculate   ,   And the F-ratio.Can you reject   Using α = 0.05? The ANOVA table is listed below.   A)    = 4.467;   =0.486;F-Ratio = 9.191;Yes,reject   Using α = 0.05. B)    = 4.467;   =0.523;F-Ratio = 8.541;Yes,reject   Using α = 0.05. C)    = 2.978;   =0.567;F-Ratio = 5.252;No,do not reject   Using α = 0.05. D)    = 4.467;   =0.567;F-Ratio = 7.878;Yes,reject   Using α = 0.05. E)    = 2.978;   =0.486;F-Ratio = 6.128;No,do not reject   Using α = 0.05.
Using α = 0.05? The ANOVA table is listed below. A hunting supply store is interested in knowing whether three different brands of goose decoys are equally effective in attracting geese.Each goose decoy is randomly assigned to five hunters,and the order of each experiment is also randomized.An experiment consists of a hunter using one goose decoy and waiting fifteen minutes.Calculate   ,   And the F-ratio.Can you reject   Using α = 0.05? The ANOVA table is listed below.   A)    = 4.467;   =0.486;F-Ratio = 9.191;Yes,reject   Using α = 0.05. B)    = 4.467;   =0.523;F-Ratio = 8.541;Yes,reject   Using α = 0.05. C)    = 2.978;   =0.567;F-Ratio = 5.252;No,do not reject   Using α = 0.05. D)    = 4.467;   =0.567;F-Ratio = 7.878;Yes,reject   Using α = 0.05. E)    = 2.978;   =0.486;F-Ratio = 6.128;No,do not reject   Using α = 0.05.


A)
A hunting supply store is interested in knowing whether three different brands of goose decoys are equally effective in attracting geese.Each goose decoy is randomly assigned to five hunters,and the order of each experiment is also randomized.An experiment consists of a hunter using one goose decoy and waiting fifteen minutes.Calculate   ,   And the F-ratio.Can you reject   Using α = 0.05? The ANOVA table is listed below.   A)    = 4.467;   =0.486;F-Ratio = 9.191;Yes,reject   Using α = 0.05. B)    = 4.467;   =0.523;F-Ratio = 8.541;Yes,reject   Using α = 0.05. C)    = 2.978;   =0.567;F-Ratio = 5.252;No,do not reject   Using α = 0.05. D)    = 4.467;   =0.567;F-Ratio = 7.878;Yes,reject   Using α = 0.05. E)    = 2.978;   =0.486;F-Ratio = 6.128;No,do not reject   Using α = 0.05.
= 4.467;
A hunting supply store is interested in knowing whether three different brands of goose decoys are equally effective in attracting geese.Each goose decoy is randomly assigned to five hunters,and the order of each experiment is also randomized.An experiment consists of a hunter using one goose decoy and waiting fifteen minutes.Calculate   ,   And the F-ratio.Can you reject   Using α = 0.05? The ANOVA table is listed below.   A)    = 4.467;   =0.486;F-Ratio = 9.191;Yes,reject   Using α = 0.05. B)    = 4.467;   =0.523;F-Ratio = 8.541;Yes,reject   Using α = 0.05. C)    = 2.978;   =0.567;F-Ratio = 5.252;No,do not reject   Using α = 0.05. D)    = 4.467;   =0.567;F-Ratio = 7.878;Yes,reject   Using α = 0.05. E)    = 2.978;   =0.486;F-Ratio = 6.128;No,do not reject   Using α = 0.05.
=0.486;F-Ratio = 9.191;Yes,reject
A hunting supply store is interested in knowing whether three different brands of goose decoys are equally effective in attracting geese.Each goose decoy is randomly assigned to five hunters,and the order of each experiment is also randomized.An experiment consists of a hunter using one goose decoy and waiting fifteen minutes.Calculate   ,   And the F-ratio.Can you reject   Using α = 0.05? The ANOVA table is listed below.   A)    = 4.467;   =0.486;F-Ratio = 9.191;Yes,reject   Using α = 0.05. B)    = 4.467;   =0.523;F-Ratio = 8.541;Yes,reject   Using α = 0.05. C)    = 2.978;   =0.567;F-Ratio = 5.252;No,do not reject   Using α = 0.05. D)    = 4.467;   =0.567;F-Ratio = 7.878;Yes,reject   Using α = 0.05. E)    = 2.978;   =0.486;F-Ratio = 6.128;No,do not reject   Using α = 0.05.
Using α = 0.05.
B)
A hunting supply store is interested in knowing whether three different brands of goose decoys are equally effective in attracting geese.Each goose decoy is randomly assigned to five hunters,and the order of each experiment is also randomized.An experiment consists of a hunter using one goose decoy and waiting fifteen minutes.Calculate   ,   And the F-ratio.Can you reject   Using α = 0.05? The ANOVA table is listed below.   A)    = 4.467;   =0.486;F-Ratio = 9.191;Yes,reject   Using α = 0.05. B)    = 4.467;   =0.523;F-Ratio = 8.541;Yes,reject   Using α = 0.05. C)    = 2.978;   =0.567;F-Ratio = 5.252;No,do not reject   Using α = 0.05. D)    = 4.467;   =0.567;F-Ratio = 7.878;Yes,reject   Using α = 0.05. E)    = 2.978;   =0.486;F-Ratio = 6.128;No,do not reject   Using α = 0.05.
= 4.467;
A hunting supply store is interested in knowing whether three different brands of goose decoys are equally effective in attracting geese.Each goose decoy is randomly assigned to five hunters,and the order of each experiment is also randomized.An experiment consists of a hunter using one goose decoy and waiting fifteen minutes.Calculate   ,   And the F-ratio.Can you reject   Using α = 0.05? The ANOVA table is listed below.   A)    = 4.467;   =0.486;F-Ratio = 9.191;Yes,reject   Using α = 0.05. B)    = 4.467;   =0.523;F-Ratio = 8.541;Yes,reject   Using α = 0.05. C)    = 2.978;   =0.567;F-Ratio = 5.252;No,do not reject   Using α = 0.05. D)    = 4.467;   =0.567;F-Ratio = 7.878;Yes,reject   Using α = 0.05. E)    = 2.978;   =0.486;F-Ratio = 6.128;No,do not reject   Using α = 0.05.
=0.523;F-Ratio = 8.541;Yes,reject
A hunting supply store is interested in knowing whether three different brands of goose decoys are equally effective in attracting geese.Each goose decoy is randomly assigned to five hunters,and the order of each experiment is also randomized.An experiment consists of a hunter using one goose decoy and waiting fifteen minutes.Calculate   ,   And the F-ratio.Can you reject   Using α = 0.05? The ANOVA table is listed below.   A)    = 4.467;   =0.486;F-Ratio = 9.191;Yes,reject   Using α = 0.05. B)    = 4.467;   =0.523;F-Ratio = 8.541;Yes,reject   Using α = 0.05. C)    = 2.978;   =0.567;F-Ratio = 5.252;No,do not reject   Using α = 0.05. D)    = 4.467;   =0.567;F-Ratio = 7.878;Yes,reject   Using α = 0.05. E)    = 2.978;   =0.486;F-Ratio = 6.128;No,do not reject   Using α = 0.05.
Using α = 0.05.
C)
A hunting supply store is interested in knowing whether three different brands of goose decoys are equally effective in attracting geese.Each goose decoy is randomly assigned to five hunters,and the order of each experiment is also randomized.An experiment consists of a hunter using one goose decoy and waiting fifteen minutes.Calculate   ,   And the F-ratio.Can you reject   Using α = 0.05? The ANOVA table is listed below.   A)    = 4.467;   =0.486;F-Ratio = 9.191;Yes,reject   Using α = 0.05. B)    = 4.467;   =0.523;F-Ratio = 8.541;Yes,reject   Using α = 0.05. C)    = 2.978;   =0.567;F-Ratio = 5.252;No,do not reject   Using α = 0.05. D)    = 4.467;   =0.567;F-Ratio = 7.878;Yes,reject   Using α = 0.05. E)    = 2.978;   =0.486;F-Ratio = 6.128;No,do not reject   Using α = 0.05.
= 2.978;
A hunting supply store is interested in knowing whether three different brands of goose decoys are equally effective in attracting geese.Each goose decoy is randomly assigned to five hunters,and the order of each experiment is also randomized.An experiment consists of a hunter using one goose decoy and waiting fifteen minutes.Calculate   ,   And the F-ratio.Can you reject   Using α = 0.05? The ANOVA table is listed below.   A)    = 4.467;   =0.486;F-Ratio = 9.191;Yes,reject   Using α = 0.05. B)    = 4.467;   =0.523;F-Ratio = 8.541;Yes,reject   Using α = 0.05. C)    = 2.978;   =0.567;F-Ratio = 5.252;No,do not reject   Using α = 0.05. D)    = 4.467;   =0.567;F-Ratio = 7.878;Yes,reject   Using α = 0.05. E)    = 2.978;   =0.486;F-Ratio = 6.128;No,do not reject   Using α = 0.05.
=0.567;F-Ratio = 5.252;No,do not reject
A hunting supply store is interested in knowing whether three different brands of goose decoys are equally effective in attracting geese.Each goose decoy is randomly assigned to five hunters,and the order of each experiment is also randomized.An experiment consists of a hunter using one goose decoy and waiting fifteen minutes.Calculate   ,   And the F-ratio.Can you reject   Using α = 0.05? The ANOVA table is listed below.   A)    = 4.467;   =0.486;F-Ratio = 9.191;Yes,reject   Using α = 0.05. B)    = 4.467;   =0.523;F-Ratio = 8.541;Yes,reject   Using α = 0.05. C)    = 2.978;   =0.567;F-Ratio = 5.252;No,do not reject   Using α = 0.05. D)    = 4.467;   =0.567;F-Ratio = 7.878;Yes,reject   Using α = 0.05. E)    = 2.978;   =0.486;F-Ratio = 6.128;No,do not reject   Using α = 0.05.
Using α = 0.05.
D)
A hunting supply store is interested in knowing whether three different brands of goose decoys are equally effective in attracting geese.Each goose decoy is randomly assigned to five hunters,and the order of each experiment is also randomized.An experiment consists of a hunter using one goose decoy and waiting fifteen minutes.Calculate   ,   And the F-ratio.Can you reject   Using α = 0.05? The ANOVA table is listed below.   A)    = 4.467;   =0.486;F-Ratio = 9.191;Yes,reject   Using α = 0.05. B)    = 4.467;   =0.523;F-Ratio = 8.541;Yes,reject   Using α = 0.05. C)    = 2.978;   =0.567;F-Ratio = 5.252;No,do not reject   Using α = 0.05. D)    = 4.467;   =0.567;F-Ratio = 7.878;Yes,reject   Using α = 0.05. E)    = 2.978;   =0.486;F-Ratio = 6.128;No,do not reject   Using α = 0.05.
= 4.467;
A hunting supply store is interested in knowing whether three different brands of goose decoys are equally effective in attracting geese.Each goose decoy is randomly assigned to five hunters,and the order of each experiment is also randomized.An experiment consists of a hunter using one goose decoy and waiting fifteen minutes.Calculate   ,   And the F-ratio.Can you reject   Using α = 0.05? The ANOVA table is listed below.   A)    = 4.467;   =0.486;F-Ratio = 9.191;Yes,reject   Using α = 0.05. B)    = 4.467;   =0.523;F-Ratio = 8.541;Yes,reject   Using α = 0.05. C)    = 2.978;   =0.567;F-Ratio = 5.252;No,do not reject   Using α = 0.05. D)    = 4.467;   =0.567;F-Ratio = 7.878;Yes,reject   Using α = 0.05. E)    = 2.978;   =0.486;F-Ratio = 6.128;No,do not reject   Using α = 0.05.
=0.567;F-Ratio = 7.878;Yes,reject
A hunting supply store is interested in knowing whether three different brands of goose decoys are equally effective in attracting geese.Each goose decoy is randomly assigned to five hunters,and the order of each experiment is also randomized.An experiment consists of a hunter using one goose decoy and waiting fifteen minutes.Calculate   ,   And the F-ratio.Can you reject   Using α = 0.05? The ANOVA table is listed below.   A)    = 4.467;   =0.486;F-Ratio = 9.191;Yes,reject   Using α = 0.05. B)    = 4.467;   =0.523;F-Ratio = 8.541;Yes,reject   Using α = 0.05. C)    = 2.978;   =0.567;F-Ratio = 5.252;No,do not reject   Using α = 0.05. D)    = 4.467;   =0.567;F-Ratio = 7.878;Yes,reject   Using α = 0.05. E)    = 2.978;   =0.486;F-Ratio = 6.128;No,do not reject   Using α = 0.05.
Using α = 0.05.
E)
A hunting supply store is interested in knowing whether three different brands of goose decoys are equally effective in attracting geese.Each goose decoy is randomly assigned to five hunters,and the order of each experiment is also randomized.An experiment consists of a hunter using one goose decoy and waiting fifteen minutes.Calculate   ,   And the F-ratio.Can you reject   Using α = 0.05? The ANOVA table is listed below.   A)    = 4.467;   =0.486;F-Ratio = 9.191;Yes,reject   Using α = 0.05. B)    = 4.467;   =0.523;F-Ratio = 8.541;Yes,reject   Using α = 0.05. C)    = 2.978;   =0.567;F-Ratio = 5.252;No,do not reject   Using α = 0.05. D)    = 4.467;   =0.567;F-Ratio = 7.878;Yes,reject   Using α = 0.05. E)    = 2.978;   =0.486;F-Ratio = 6.128;No,do not reject   Using α = 0.05.
= 2.978;
A hunting supply store is interested in knowing whether three different brands of goose decoys are equally effective in attracting geese.Each goose decoy is randomly assigned to five hunters,and the order of each experiment is also randomized.An experiment consists of a hunter using one goose decoy and waiting fifteen minutes.Calculate   ,   And the F-ratio.Can you reject   Using α = 0.05? The ANOVA table is listed below.   A)    = 4.467;   =0.486;F-Ratio = 9.191;Yes,reject   Using α = 0.05. B)    = 4.467;   =0.523;F-Ratio = 8.541;Yes,reject   Using α = 0.05. C)    = 2.978;   =0.567;F-Ratio = 5.252;No,do not reject   Using α = 0.05. D)    = 4.467;   =0.567;F-Ratio = 7.878;Yes,reject   Using α = 0.05. E)    = 2.978;   =0.486;F-Ratio = 6.128;No,do not reject   Using α = 0.05.
=0.486;F-Ratio = 6.128;No,do not reject
A hunting supply store is interested in knowing whether three different brands of goose decoys are equally effective in attracting geese.Each goose decoy is randomly assigned to five hunters,and the order of each experiment is also randomized.An experiment consists of a hunter using one goose decoy and waiting fifteen minutes.Calculate   ,   And the F-ratio.Can you reject   Using α = 0.05? The ANOVA table is listed below.   A)    = 4.467;   =0.486;F-Ratio = 9.191;Yes,reject   Using α = 0.05. B)    = 4.467;   =0.523;F-Ratio = 8.541;Yes,reject   Using α = 0.05. C)    = 2.978;   =0.567;F-Ratio = 5.252;No,do not reject   Using α = 0.05. D)    = 4.467;   =0.567;F-Ratio = 7.878;Yes,reject   Using α = 0.05. E)    = 2.978;   =0.486;F-Ratio = 6.128;No,do not reject   Using α = 0.05.
Using α = 0.05.

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