In the file 'GeneFlowRoads.csv are data on two continuous variables-road size (in meters), and the degree of genetic divergence (ie, genetic distance) between amphibians that were collected on opposite sides of each road. Use R to determine which of the statements below best describes the relationship between these two variables. The slope of the linear regression between road size and genetic divergence is negative and significantly different from zero The slope of the linear regression between road size and genetic divergence is positive and significantly different from zero There is no relationship between road size and genetic divergence The sigificance of the slope of the linear regression between road size and genetic divergence hinges on a single highly influential data point with lots of leverage

MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
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Chapter1: Starting With Matlab
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Road, Paved_width, GenDist
164,42,0.03
US460,28,0.003
WV17,6,0.007
BRP,7,0.001
VA658,6,0
VA613,5,0.001
Transcribed Image Text:Road, Paved_width, GenDist 164,42,0.03 US460,28,0.003 WV17,6,0.007 BRP,7,0.001 VA658,6,0 VA613,5,0.001
QUESTION 1
In the file 'GeneFlowRoads.csv' are data on two continuous variables-road size (in meters), and the degree of genetic divergence (Le, genetic
distance) between amphibians that were collected on opposite sides of each road. Use R to determine which of the statements below best
describes the relationship between these two variables.
The slope of the linear regression between road size and genetic divergence is negative and significantly different from zero
The slope of the linear regression between road size and genetic divergence is positive and significantly different from zero
There is no relationship between road size and genetic divergence
The sigificance of the slope of the linear regression between road size and genetic divergence hinges on a single highly influential data point
with lots of leverage
Transcribed Image Text:QUESTION 1 In the file 'GeneFlowRoads.csv' are data on two continuous variables-road size (in meters), and the degree of genetic divergence (Le, genetic distance) between amphibians that were collected on opposite sides of each road. Use R to determine which of the statements below best describes the relationship between these two variables. The slope of the linear regression between road size and genetic divergence is negative and significantly different from zero The slope of the linear regression between road size and genetic divergence is positive and significantly different from zero There is no relationship between road size and genetic divergence The sigificance of the slope of the linear regression between road size and genetic divergence hinges on a single highly influential data point with lots of leverage
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