Exam 10: Linear Regression

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Questions relate to the following linear regression. Variables Entered/Removedb Questions relate to the following linear regression. Variables Entered/Removed<sup>b</sup>    a.All requested variables entered. b.Dependent Variable: memory/concentration Model Summary    a.Predictors: Constant), headaches ANOVA<sup>b</sup>    a.Predictors: Constant), headaches b.Dependent Variable: memory/concentration Coefficients<sup>a</sup>    a.Dependent Variable: memory/concentration -The regression equation for the above analysis is: a.All requested variables entered. b.Dependent Variable: memory/concentration Model Summary Questions relate to the following linear regression. Variables Entered/Removed<sup>b</sup>    a.All requested variables entered. b.Dependent Variable: memory/concentration Model Summary    a.Predictors: Constant), headaches ANOVA<sup>b</sup>    a.Predictors: Constant), headaches b.Dependent Variable: memory/concentration Coefficients<sup>a</sup>    a.Dependent Variable: memory/concentration -The regression equation for the above analysis is: a.Predictors: Constant), headaches ANOVAb Questions relate to the following linear regression. Variables Entered/Removed<sup>b</sup>    a.All requested variables entered. b.Dependent Variable: memory/concentration Model Summary    a.Predictors: Constant), headaches ANOVA<sup>b</sup>    a.Predictors: Constant), headaches b.Dependent Variable: memory/concentration Coefficients<sup>a</sup>    a.Dependent Variable: memory/concentration -The regression equation for the above analysis is: a.Predictors: Constant), headaches b.Dependent Variable: memory/concentration Coefficientsa Questions relate to the following linear regression. Variables Entered/Removed<sup>b</sup>    a.All requested variables entered. b.Dependent Variable: memory/concentration Model Summary    a.Predictors: Constant), headaches ANOVA<sup>b</sup>    a.Predictors: Constant), headaches b.Dependent Variable: memory/concentration Coefficients<sup>a</sup>    a.Dependent Variable: memory/concentration -The regression equation for the above analysis is: a.Dependent Variable: memory/concentration -The regression equation for the above analysis is:

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A,B,C,D

What is the point at which the regression line crosses the y axis known as?

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A

The measure of mean initial thinking time:

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B

For every one standard deviation increase in mean initial thinking time, fatigue:

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Questions relate to the following linear regression. Variables Entered/Removedb Questions relate to the following linear regression. Variables Entered/Removed<sup>b</sup>    a.All requested variables entered. b.Dependent Variable: memory/concentration Model Summary    a.Predictors: Constant), headaches ANOVA<sup>b</sup>    a.Predictors: Constant), headaches b.Dependent Variable: memory/concentration Coefficients<sup>a</sup>    a.Dependent Variable: memory/concentration -The variable 'headaches' is the a.All requested variables entered. b.Dependent Variable: memory/concentration Model Summary Questions relate to the following linear regression. Variables Entered/Removed<sup>b</sup>    a.All requested variables entered. b.Dependent Variable: memory/concentration Model Summary    a.Predictors: Constant), headaches ANOVA<sup>b</sup>    a.Predictors: Constant), headaches b.Dependent Variable: memory/concentration Coefficients<sup>a</sup>    a.Dependent Variable: memory/concentration -The variable 'headaches' is the a.Predictors: Constant), headaches ANOVAb Questions relate to the following linear regression. Variables Entered/Removed<sup>b</sup>    a.All requested variables entered. b.Dependent Variable: memory/concentration Model Summary    a.Predictors: Constant), headaches ANOVA<sup>b</sup>    a.Predictors: Constant), headaches b.Dependent Variable: memory/concentration Coefficients<sup>a</sup>    a.Dependent Variable: memory/concentration -The variable 'headaches' is the a.Predictors: Constant), headaches b.Dependent Variable: memory/concentration Coefficientsa Questions relate to the following linear regression. Variables Entered/Removed<sup>b</sup>    a.All requested variables entered. b.Dependent Variable: memory/concentration Model Summary    a.Predictors: Constant), headaches ANOVA<sup>b</sup>    a.Predictors: Constant), headaches b.Dependent Variable: memory/concentration Coefficients<sup>a</sup>    a.Dependent Variable: memory/concentration -The variable 'headaches' is the a.Dependent Variable: memory/concentration -The variable 'headaches' is the

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Look at the following output, which is from a study which focused on people with ME.They were given a set of neuropsychological computerised tests, and after the testing session, they self-rated their general fatigue.The predictor variable was a measure of mean initial thinking time. Model Summary Look at the following output, which is from a study which focused on people with ME.They were given a set of neuropsychological computerised tests, and after the testing session, they self-rated their general fatigue.The predictor variable was a measure of mean initial thinking time. Model Summary    a.Predictors: Mean initial thinking time ANOVA<sup>b</sup>    a.Predictors: Constant), Mean initial thinking time b.Dependent Variable: fatigue Coefficients<sup>a</sup>    Coefficients<sup>a</sup>    a.Dependent Variable: fatigue -Which is correct? The regression equation is y=: a.Predictors: Mean initial thinking time ANOVAb Look at the following output, which is from a study which focused on people with ME.They were given a set of neuropsychological computerised tests, and after the testing session, they self-rated their general fatigue.The predictor variable was a measure of mean initial thinking time. Model Summary    a.Predictors: Mean initial thinking time ANOVA<sup>b</sup>    a.Predictors: Constant), Mean initial thinking time b.Dependent Variable: fatigue Coefficients<sup>a</sup>    Coefficients<sup>a</sup>    a.Dependent Variable: fatigue -Which is correct? The regression equation is y=: a.Predictors: Constant), Mean initial thinking time b.Dependent Variable: fatigue Coefficientsa Look at the following output, which is from a study which focused on people with ME.They were given a set of neuropsychological computerised tests, and after the testing session, they self-rated their general fatigue.The predictor variable was a measure of mean initial thinking time. Model Summary    a.Predictors: Mean initial thinking time ANOVA<sup>b</sup>    a.Predictors: Constant), Mean initial thinking time b.Dependent Variable: fatigue Coefficients<sup>a</sup>    Coefficients<sup>a</sup>    a.Dependent Variable: fatigue -Which is correct? The regression equation is y=: Coefficientsa Look at the following output, which is from a study which focused on people with ME.They were given a set of neuropsychological computerised tests, and after the testing session, they self-rated their general fatigue.The predictor variable was a measure of mean initial thinking time. Model Summary    a.Predictors: Mean initial thinking time ANOVA<sup>b</sup>    a.Predictors: Constant), Mean initial thinking time b.Dependent Variable: fatigue Coefficients<sup>a</sup>    Coefficients<sup>a</sup>    a.Dependent Variable: fatigue -Which is correct? The regression equation is y=: a.Dependent Variable: fatigue -Which is correct? The regression equation is y=:

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In a multiple regression analysis for every one-unit increase in x, y changes by a certain constant amount.This refers to:

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Questions relate to the following linear regression. Variables Entered/Removedb Questions relate to the following linear regression. Variables Entered/Removed<sup>b</sup>    a.All requested variables entered. b.Dependent Variable: memory/concentration Model Summary    a.Predictors: Constant), headaches ANOVA<sup>b</sup>    a.Predictors: Constant), headaches b.Dependent Variable: memory/concentration Coefficients<sup>a</sup>    a.Dependent Variable: memory/concentration -In the population we are 95% confident that the true regression line lays somewhere between a.All requested variables entered. b.Dependent Variable: memory/concentration Model Summary Questions relate to the following linear regression. Variables Entered/Removed<sup>b</sup>    a.All requested variables entered. b.Dependent Variable: memory/concentration Model Summary    a.Predictors: Constant), headaches ANOVA<sup>b</sup>    a.Predictors: Constant), headaches b.Dependent Variable: memory/concentration Coefficients<sup>a</sup>    a.Dependent Variable: memory/concentration -In the population we are 95% confident that the true regression line lays somewhere between a.Predictors: Constant), headaches ANOVAb Questions relate to the following linear regression. Variables Entered/Removed<sup>b</sup>    a.All requested variables entered. b.Dependent Variable: memory/concentration Model Summary    a.Predictors: Constant), headaches ANOVA<sup>b</sup>    a.Predictors: Constant), headaches b.Dependent Variable: memory/concentration Coefficients<sup>a</sup>    a.Dependent Variable: memory/concentration -In the population we are 95% confident that the true regression line lays somewhere between a.Predictors: Constant), headaches b.Dependent Variable: memory/concentration Coefficientsa Questions relate to the following linear regression. Variables Entered/Removed<sup>b</sup>    a.All requested variables entered. b.Dependent Variable: memory/concentration Model Summary    a.Predictors: Constant), headaches ANOVA<sup>b</sup>    a.Predictors: Constant), headaches b.Dependent Variable: memory/concentration Coefficients<sup>a</sup>    a.Dependent Variable: memory/concentration -In the population we are 95% confident that the true regression line lays somewhere between a.Dependent Variable: memory/concentration -In the population we are 95% confident that the true regression line lays somewhere between

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Questions relate to the following linear regression. Variables Entered/Removedb Questions relate to the following linear regression. Variables Entered/Removed<sup>b</sup>    a.All requested variables entered. b.Dependent Variable: memory/concentration Model Summary    a.Predictors: Constant), headaches ANOVA<sup>b</sup>    a.Predictors: Constant), headaches b.Dependent Variable: memory/concentration Coefficients<sup>a</sup>    a.Dependent Variable: memory/concentration -The total amount of variance on memory/concentration scores in the sample which can be explained by headaches is: a.All requested variables entered. b.Dependent Variable: memory/concentration Model Summary Questions relate to the following linear regression. Variables Entered/Removed<sup>b</sup>    a.All requested variables entered. b.Dependent Variable: memory/concentration Model Summary    a.Predictors: Constant), headaches ANOVA<sup>b</sup>    a.Predictors: Constant), headaches b.Dependent Variable: memory/concentration Coefficients<sup>a</sup>    a.Dependent Variable: memory/concentration -The total amount of variance on memory/concentration scores in the sample which can be explained by headaches is: a.Predictors: Constant), headaches ANOVAb Questions relate to the following linear regression. Variables Entered/Removed<sup>b</sup>    a.All requested variables entered. b.Dependent Variable: memory/concentration Model Summary    a.Predictors: Constant), headaches ANOVA<sup>b</sup>    a.Predictors: Constant), headaches b.Dependent Variable: memory/concentration Coefficients<sup>a</sup>    a.Dependent Variable: memory/concentration -The total amount of variance on memory/concentration scores in the sample which can be explained by headaches is: a.Predictors: Constant), headaches b.Dependent Variable: memory/concentration Coefficientsa Questions relate to the following linear regression. Variables Entered/Removed<sup>b</sup>    a.All requested variables entered. b.Dependent Variable: memory/concentration Model Summary    a.Predictors: Constant), headaches ANOVA<sup>b</sup>    a.Predictors: Constant), headaches b.Dependent Variable: memory/concentration Coefficients<sup>a</sup>    a.Dependent Variable: memory/concentration -The total amount of variance on memory/concentration scores in the sample which can be explained by headaches is: a.Dependent Variable: memory/concentration -The total amount of variance on memory/concentration scores in the sample which can be explained by headaches is:

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Questions relate to the following linear regression. Variables Entered/Removedb Questions relate to the following linear regression. Variables Entered/Removed<sup>b</sup>    a.All requested variables entered. b.Dependent Variable: memory/concentration Model Summary    a.Predictors: Constant), headaches ANOVA<sup>b</sup>    a.Predictors: Constant), headaches b.Dependent Variable: memory/concentration Coefficients<sup>a</sup>    a.Dependent Variable: memory/concentration -How much variance on memory/concentration scores can we expect to be explained by headaches in the population? Which is the correct answer? a.All requested variables entered. b.Dependent Variable: memory/concentration Model Summary Questions relate to the following linear regression. Variables Entered/Removed<sup>b</sup>    a.All requested variables entered. b.Dependent Variable: memory/concentration Model Summary    a.Predictors: Constant), headaches ANOVA<sup>b</sup>    a.Predictors: Constant), headaches b.Dependent Variable: memory/concentration Coefficients<sup>a</sup>    a.Dependent Variable: memory/concentration -How much variance on memory/concentration scores can we expect to be explained by headaches in the population? Which is the correct answer? a.Predictors: Constant), headaches ANOVAb Questions relate to the following linear regression. Variables Entered/Removed<sup>b</sup>    a.All requested variables entered. b.Dependent Variable: memory/concentration Model Summary    a.Predictors: Constant), headaches ANOVA<sup>b</sup>    a.Predictors: Constant), headaches b.Dependent Variable: memory/concentration Coefficients<sup>a</sup>    a.Dependent Variable: memory/concentration -How much variance on memory/concentration scores can we expect to be explained by headaches in the population? Which is the correct answer? a.Predictors: Constant), headaches b.Dependent Variable: memory/concentration Coefficientsa Questions relate to the following linear regression. Variables Entered/Removed<sup>b</sup>    a.All requested variables entered. b.Dependent Variable: memory/concentration Model Summary    a.Predictors: Constant), headaches ANOVA<sup>b</sup>    a.Predictors: Constant), headaches b.Dependent Variable: memory/concentration Coefficients<sup>a</sup>    a.Dependent Variable: memory/concentration -How much variance on memory/concentration scores can we expect to be explained by headaches in the population? Which is the correct answer? a.Dependent Variable: memory/concentration -How much variance on memory/concentration scores can we expect to be explained by headaches in the population? Which is the correct answer?

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