Deck 17: Beyond the Basics in Basic Data Analysis
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Deck 17: Beyond the Basics in Basic Data Analysis
1
The SSB is calculated by multiplying the deviation of each group mean from the grand mean and dividing by the number of observations.
False
the SSB is calculated by squaring the deviation of each group mean from the grand mean,multiplying by the number of items in the group,and then summing these scores.
the SSB is calculated by squaring the deviation of each group mean from the grand mean,multiplying by the number of items in the group,and then summing these scores.
2
The SSB is the variability of the groups' means about a grand mean.
True
3
A randomized block design is a variation of GLM ANOVA.
True
4
F-ratio = MSB/MSE.
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5
The SST is equal to the total sum of the observed values' deviations from the overall or grand mean.
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6
A demand artifact results when the differences between treatment levels is caused by a genuine response to the treatments rather than by an awareness of the treatments.
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7
An RBD allows the analyst to control statistically for the impact of a blocking variable.
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8
In between-subjects experimental design,experimental subjects are exposed to multiple treatment combinations in the same experiment.
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9
The F-test partitions the total variation into within-group sum of squares and between-group sum of squares.
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10
The SSE is the total sum of observed values' deviations from the overall or grand mean.
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11
In a two-factor experimental design model,Yᵢⱼk = µ + βᵢ + αⱼ + Iᵢⱼ + εᵢⱼₖ,Yᵢⱼk represents the individual observation on the dependent variable.
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12
A factorial design is an experimental design fully implemented with one experimental variable.
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13
The F-ratio is calculated by taking the ratio of the mean square between groups to the mean square within groups.
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14
In a two-factor experimental design model,Yᵢⱼk = µ + βᵢ + αⱼ + Iᵢⱼ + εᵢⱼₖ,Iᵢⱼ represents the interaction effect of factors A and B.
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15
The SST is computed by squaring the deviation of each observed value from the grand mean and summing these values.
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16
The X-statistic is a basic test statistic of ANOVA,and GLM in general,involving the ratio of systematic to error variance.
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17
Within-subjects designs involve repeated measures because with each treatment,a different subject is measured.
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18
In the F-statistic,SST = SSE + SSB.
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19
The total sum of squares minus the within-group sum of squares is equal to the between-group sum of squares.
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20
The SSE is calculated by squaring the deviation of each score from its group mean and summing these scores.
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21
If MSB=803.7 and the F-ratio is 1.72,MSE is equal to about ____.
A)467
B)596
C)801.98
D)1,382
A)467
B)596
C)801.98
D)1,382
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22
An unbalanced experimental design presents equal cell sizes.
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23
The total sum of squares is equal to the ____.
A)within-group sum of squares plus the between-group sum of squares
B)within-group sum of squares minus the between-group sum of squares
C)within-group sum of squares multiplied by the between-group sum of squares
D)within-group sum of squares divided by the between-group sum of squares
A)within-group sum of squares plus the between-group sum of squares
B)within-group sum of squares minus the between-group sum of squares
C)within-group sum of squares multiplied by the between-group sum of squares
D)within-group sum of squares divided by the between-group sum of squares
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24
Resource limitations may limit the number of subjects recruited for an experiment,such that only the combinations most likely to be considered realistic are used.
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25
In a two-factor experimental design model,Yᵢⱼk = µ + βᵢ + αⱼ + Iᵢⱼ + εᵢⱼₖ,what does Yᵢⱼk represent?
A)individual observation on the dependent variable
B)grand mean
C)interaction effect of factors A and B
D)jth effect of factor A - column treatment
A)individual observation on the dependent variable
B)grand mean
C)interaction effect of factors A and B
D)jth effect of factor A - column treatment
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26
A balanced experimental design is one in which random numbers of subjects are exposed to each combination of treatment levels.
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27
The mean square within groups is equal to ____.
A)SSB/c-1
B)SSE/cn-c
C)MSB/MSE
D)c-1/cn-c
A)SSB/c-1
B)SSE/cn-c
C)MSB/MSE
D)c-1/cn-c
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28
The F-statistic is equal to ____.
A)MSB - MSE
B)MSE - MSB
C)MSB/MSE
D)MSE/MSB
A)MSB - MSE
B)MSE - MSB
C)MSB/MSE
D)MSE/MSB
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29
If MSB=803.7 and MSE=520.4,the F-ratio is equal to ____.
A)0
B)0.65
C)1.54
D)283.3
A)0
B)0.65
C)1.54
D)283.3
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30
Which of the following is defined as the variability of the group means about a grand mean?
A)between-group sum of squares
B)total sum of squares
C)F-statistic
D)ꭓ² value
A)between-group sum of squares
B)total sum of squares
C)F-statistic
D)ꭓ² value
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31
The mean square between groups is equal to ____.
A)SSB/c-1
B)SSE/cn-c
C)MSB/MSE
D)c-1/cn-c
A)SSB/c-1
B)SSE/cn-c
C)MSB/MSE
D)c-1/cn-c
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32
Which design is an experimental design fully implemented with two or more experimental variables?
A)randomized block design
B)factorial design
C)within-subjects experimental design
D)demand artifact
A)randomized block design
B)factorial design
C)within-subjects experimental design
D)demand artifact
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33
Which design is a variation of GLM ANOVA and allows the analyst to control statistically for the impact of a nominal or ordinal control variable?
A)randomized block design
B)factorial design
C)within-subjects experimental design
D)demand artifact
A)randomized block design
B)factorial design
C)within-subjects experimental design
D)demand artifact
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34
The formula given below yields the ____.

A)total sum of squares
B)between-group sum of squares
C)within-group sum of squares
D)mean squares between groups

A)total sum of squares
B)between-group sum of squares
C)within-group sum of squares
D)mean squares between groups
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35
Even an incomplete experimental design requires that observations be made on all combinations of treatments.
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36
In a two-factor experimental design model,Yᵢⱼk = µ + βᵢ + αⱼ + Iᵢⱼ + εᵢⱼₖ,what does µ represent?
A)individual observation on the dependent variable
B)grand mean
C)interaction effect of factors A and B
D)jth effect of factor A - column treatment
A)individual observation on the dependent variable
B)grand mean
C)interaction effect of factors A and B
D)jth effect of factor A - column treatment
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37
The sum of the squared differences between observed values and the group mean for a given set of observations is known as the ____.
A)within-group sum of squares
B)between-groups sum of squares
C)F-ratio
D)Y statistic
A)within-group sum of squares
B)between-groups sum of squares
C)F-ratio
D)Y statistic
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38
The formula given below yields the ____.

A)total sum of squares
B)between-group sum of squares
C)within-group sum of squares
D)mean squares between groups

A)total sum of squares
B)between-group sum of squares
C)within-group sum of squares
D)mean squares between groups
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39
A post-hoc comparison tests the statistical significance of all possible group differences between means provided that a hypothesis about such differences exists.
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40
The total sum of squares minus the within-group sum of squares is equal to the ____.:
A)F-statistic
B)between-groups sum of squares
C)F-ratio
D)Y statistic
A)F-statistic
B)between-groups sum of squares
C)F-ratio
D)Y statistic
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41
The F-test partitions total variation into ____________________ sum of squares and ____________________ sum of squares.
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42
In which artifact are observed effects due to awareness of the treatments rather than a genuine response to the treatments?
A)instrumentation
B)history
C)attrition
D)demand
A)instrumentation
B)history
C)attrition
D)demand
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43
Which tool graphically depicts what-if analyses illustrating the chances of some event occurring?
A)decision-tree
B)probability matrix
C)functional analysis
D)comparison branching
A)decision-tree
B)probability matrix
C)functional analysis
D)comparison branching
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44
Which of the following is the most commonly applied post-hoc comparison technique?
A)Tukey Honestly Significant Difference
B)Pearson r
C)Wilks lambda
D)Cronbach's alpha
A)Tukey Honestly Significant Difference
B)Pearson r
C)Wilks lambda
D)Cronbach's alpha
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45
Which design requires repeated measures because the same subject is measured with each treatment?
A)randomized block design
B)factorial design
C)within-subjects experimental design
D)between-subjects experimental design
A)randomized block design
B)factorial design
C)within-subjects experimental design
D)between-subjects experimental design
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46
In a two-factor experimental design model,Yᵢⱼk = µ + βᵢ + αⱼ + Iᵢⱼ + εᵢⱼₖ,what does Iᵢⱼ represent?
A)individual observation on the dependent variable
B)grand mean
C)interaction effect of factors A and B
D)jth effect of factor A - column treatment
A)individual observation on the dependent variable
B)grand mean
C)interaction effect of factors A and B
D)jth effect of factor A - column treatment
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47
The combination of individual or group means representing a planned comparison is called a ____.
A)difference
B)differential
C)contrast
D)divergence
A)difference
B)differential
C)contrast
D)divergence
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48
In a two-factor experimental design model,Yᵢⱼk = µ + βᵢ + αⱼ + Iᵢⱼ + εᵢⱼₖ,what does αⱼ represent?
A)individual observation on the dependent variable
B)grand mean
C)interaction effect of factors A and B
D)jth effect of factor A - column treatment
A)individual observation on the dependent variable
B)grand mean
C)interaction effect of factors A and B
D)jth effect of factor A - column treatment
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49
Which design results in some empty cells?
A)balanced experimental design
B)unbalanced experimental design
C)incomplete experimental design
D)pseudo-experimental design
A)balanced experimental design
B)unbalanced experimental design
C)incomplete experimental design
D)pseudo-experimental design
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50
The basic statistical test of the ANOVA that is used to compare the sample variance with another sample variance is the ____________________.
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51
SSB represents variance around the ____________________ means.
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52
Which comparison tests differences between specific cells in an experimental design that is based on some specific hypothesized condition corresponding to that contrast?
A)internal comparison
B)non-experimental comparison
C)planned comparison
D)post-hoc comparison
A)internal comparison
B)non-experimental comparison
C)planned comparison
D)post-hoc comparison
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53
Which design has unequal numbers of subjects per experimental cell?
A)balanced experimental design
B)unbalanced experimental design
C)incomplete experimental design
D)pseudo-experimental design
A)balanced experimental design
B)unbalanced experimental design
C)incomplete experimental design
D)pseudo-experimental design
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54
The variability that is not explained by SSB in the standard ANOVA computation is ____________________.
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55
In which of the following are experimental subjects exposed to multiple treatment combinations in the same experiment?
A)randomized block design
B)factorial design
C)within-subjects experimental design
D)between-subjects experimental design
A)randomized block design
B)factorial design
C)within-subjects experimental design
D)between-subjects experimental design
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56
Which tool involves an automatic interaction routine combining cross-classification and regression analysis?
A)RBD
B)CHAID
C)CART
D)HSD
A)RBD
B)CHAID
C)CART
D)HSD
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57
Which procedure tests that statistical significance of all possible group differences between means even when no hypothesis about such differences exists?
A)internal comparison
B)non-experimental comparison
C)planned comparison
D)post-hoc comparison
A)internal comparison
B)non-experimental comparison
C)planned comparison
D)post-hoc comparison
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58
Which tool refers to a computerized procedure that searches for variables within a data set relating systematically with a dependent variable?
A)decision-tree
B)post-hoc comparison
C)CART
D)automatic interaction detection
A)decision-tree
B)post-hoc comparison
C)CART
D)automatic interaction detection
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59
In which design are approximately an equal number of subjects exposed to each combination of treatment levels?
A)balanced experimental design
B)unbalanced experimental design
C)incomplete experimental design
D)pseudo-experimental design
A)balanced experimental design
B)unbalanced experimental design
C)incomplete experimental design
D)pseudo-experimental design
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60
The degrees of freedom associated with the between-groups sum of squares is equal to____________________.
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61
The most basic form of automatic interaction detection is ____________________.
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62
How are sequential chi-square analyses useful when analyzing big data?
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63
Explain the total sum of squares and its components.
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64
A(n)____________________ experimental design results in some empty cells.
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65
When a contrast equation is set up,the sum of all the weights must equal ____________________.
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66
In ____________________ -subjects experimental design,experimental subjects are exposed to multiple treatment combinations in the same experiment.
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67
The denominator of an F-statistic has ____________________ degrees of freedom.
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68
A(n)____________________ occurs when the observed effects are due to awareness of the treatments rather an a genuine response to the treatments.
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69
The most commonly applied post-hoc comparison technique is the____________________ test.
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70
Explain how data entry is complicated with a within-subjects design,which calls for a repeated measures analysis.
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71
Explain how a factorial design is different from a one-way ANOVA.
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72
CART is an automatic interaction routine combining cross-classification and ____________________.
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73
Explain how planned comparisons are different from post-hoc comparisons.
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74
A factorial design involves interpretation of main effects and ____________________.
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75
A factorial design that is well-implemented is called a(n)____________________ experimental design.
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