Exam 12: One-Way Between-Subjects Analysis of Variance Anova

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If a researcher reported an F-ratio with df = 2, 24 for a between-subjects ANOVA, then there were _ conditions in the experiment and _ total subjects.

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(Multiple Choice)

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Question 1

Correct Answer:

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The formula for calculating SS_Within is:

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(Short Answer)

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Question 2

Correct Answer:

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The formula for calculating SS_Between is:

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Question 3

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The following ANOVA table corresponds to an experiment on pizza preference (0-10) based on the topping (plain, sausage, pepperoni, or everything). The mean preference by groups is as follows: Plain: 8.5 Sausage: 6.8 Pepperoni: 6.5 Everything: 2.7 Fill in the table for a between-subjects design with a total of 6 subjects per condition, draw the graph representing the data, calculate eta-squared and Tukey's HSD, and draw conclusions based on the ANOVA table and the means provided.

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Question 4

For an F-ratio with df = 2, 20, the F_cv for $\alpha$ = .05 would be:

(Multiple Choice)

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Question 5

The formula for calculating df_Withinis:

(Multiple Choice)

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Question 6

If a between-subjects ANOVA produced MS_between = 35 and MS_within = 15, then the F-ratio would be computed as:

(Multiple Choice)

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Question 7

The final F-ratio is determined by dividing _ by _.

(Multiple Choice)

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Question 8

The formula for calculating SS_Total is:

(Short Answer)

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Question 9

To calculate MS_Between, we divide _ by _.

(Multiple Choice)

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Question 10

Which of the following is NOT an assumption of the one-way between-subjects ANOVA?

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Question 11

Calculate Tukey's HSD and eta-squared for the following ANOVA.

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Question 12

If a researcher reported an F-ratio with df = 3, 32 for a between-subjects ANOVA, then there were _ conditions in the experiment and _ total subjects.

(Multiple Choice)

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Question 13

For an F-ratio with df = 4, 24, the F_cv for $\alpha$ = .05 would be:

(Multiple Choice)

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Question 14

If a between-subjects ANOVA produced SS_between = 35 and SS_within = 15, then would be _____.

(Multiple Choice)

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Question 15

For an F-ratio with df = 3, 30, the F_cv for $\alpha$ = .05 would be:

(Multiple Choice)

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Question 16

The formula for calculating df_Total is:

(Multiple Choice)

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Question 17

To calculate MS_Within, we divide _ by _.

(Multiple Choice)

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Question 18

For an F-ratio with df = 2, 26, the F_cv for $\alpha$ = .05 would be:

(Multiple Choice)

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Question 19

If a between-subjects ANOVA produced MS_between = 20 and MS_within = 5, then the F-ratio would be computed as:

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Question 20

Showing 1 - 20 of 21

If a researcher reported an F-ratio with df = 2, 24 for a between-subjects ANOVA, then there were _ conditions in the experiment and _ total subjects.

The formula for calculating SS_Within is:

The formula for calculating SS_Between is:

For an F-ratio with df = 2, 20, the F_cv for $\alpha$ = .05 would be:

The formula for calculating df_Withinis:

If a between-subjects ANOVA produced MS_between = 35 and MS_within = 15, then the F-ratio would be computed as:

The final F-ratio is determined by dividing _ by _.

The formula for calculating SS_Total is:

To calculate MS_Between, we divide _ by _.

Which of the following is NOT an assumption of the one-way between-subjects ANOVA?

Calculate Tukey's HSD and eta-squared for the following ANOVA.

If a researcher reported an F-ratio with df = 3, 32 for a between-subjects ANOVA, then there were _ conditions in the experiment and _ total subjects.

For an F-ratio with df = 4, 24, the F_cv for $\alpha$ = .05 would be:

If a between-subjects ANOVA produced SS_between = 35 and SS_within = 15, then would be _____.

For an F-ratio with df = 3, 30, the F_cv for $\alpha$ = .05 would be:

The formula for calculating df_Total is:

To calculate MS_Within, we divide _ by _.

For an F-ratio with df = 2, 26, the F_cv for $\alpha$ = .05 would be:

If a between-subjects ANOVA produced MS_between = 20 and MS_within = 5, then the F-ratio would be computed as:

Science and Statistics

Organizing Data, Variables and Measurement

Measures of Central Tendency

Measures of Variation

Standard Scores Z Scores

Probability, Hypothesis Testing and Inferential Statistics

The Single-Sample Z Test

The Single-Sample T Test

The T Test for Independent Groups Samples

T Test for Correlated Groups Samples

Comparing More Than Two Groups

One-Way Repeated Measures Anova

Using Designs With More Than One Independent Variable and Two-Way Between-Subjects Anova

Correlational Research and Correlation Coefficients

Advanced Correlational Techniques: Regression Analysis

Chi-Square Tests

Tests for Ordinal Data

Filters

Exam 12: One-Way Between-Subjects Analysis of Variance Anova

If a researcher reported an F-ratio with df = 2, 24 for a between-subjects ANOVA, then there were _____ conditions in the experiment and _____ total subjects.

The formula for calculating SSWithin is:

The formula for calculating SSBetween is:

For an F-ratio with df = 2, 20, the Fcv for α\alphaα = .05 would be:

The formula for calculating dfWithin is:

If a between-subjects ANOVA produced MSbetween = 35 and MSwithin = 15, then the F-ratio would be computed as:

The final F-ratio is determined by dividing _____ by _____.

The formula for calculating SSTotal is:

To calculate MSBetween, we divide _____ by _____.

Which of the following is NOT an assumption of the one-way between-subjects ANOVA?

Calculate Tukey's HSD and eta-squared for the following ANOVA.

If a researcher reported an F-ratio with df = 3, 32 for a between-subjects ANOVA, then there were _____ conditions in the experiment and _____ total subjects.

For an F-ratio with df = 4, 24, the Fcv for α\alphaα = .05 would be:

If a between-subjects ANOVA produced SSbetween = 35 and SSwithin = 15, then would be _____.

For an F-ratio with df = 3, 30, the Fcv for α\alphaα = .05 would be:

The formula for calculating dfTotal is:

To calculate MSWithin, we divide _____ by _____.

For an F-ratio with df = 2, 26, the Fcv for α\alphaα = .05 would be:

If a between-subjects ANOVA produced MSbetween = 20 and MSwithin = 5, then the F-ratio would be computed as:

Science and Statistics

Organizing Data, Variables and Measurement

Measures of Central Tendency

Measures of Variation

Standard Scores Z Scores

Probability, Hypothesis Testing and Inferential Statistics

The Single-Sample Z Test

The Single-Sample T Test

The T Test for Independent Groups Samples

T Test for Correlated Groups Samples

Comparing More Than Two Groups

One-Way Repeated Measures Anova

Using Designs With More Than One Independent Variable and Two-Way Between-Subjects Anova

Correlational Research and Correlation Coefficients

Advanced Correlational Techniques: Regression Analysis

Chi-Square Tests

Tests for Ordinal Data

Filters

If a researcher reported an F-ratio with df = 2, 24 for a between-subjects ANOVA, then there were _ conditions in the experiment and _ total subjects.

The formula for calculating SS_Within is:

The formula for calculating SS_Between is:

For an F-ratio with df = 2, 20, the F_cv for $\alpha$ = .05 would be:

The formula for calculating df_Withinis:

If a between-subjects ANOVA produced MS_between = 35 and MS_within = 15, then the F-ratio would be computed as:

The final F-ratio is determined by dividing _ by _.

The formula for calculating SS_Total is:

To calculate MS_Between, we divide _ by _.

If a researcher reported an F-ratio with df = 3, 32 for a between-subjects ANOVA, then there were _ conditions in the experiment and _ total subjects.

For an F-ratio with df = 4, 24, the F_cv for $\alpha$ = .05 would be:

If a between-subjects ANOVA produced SS_between = 35 and SS_within = 15, then would be _____.

For an F-ratio with df = 3, 30, the F_cv for $\alpha$ = .05 would be:

The formula for calculating df_Total is:

To calculate MS_Within, we divide _ by _.

For an F-ratio with df = 2, 26, the F_cv for $\alpha$ = .05 would be:

If a between-subjects ANOVA produced MS_between = 20 and MS_within = 5, then the F-ratio would be computed as: