12 oThe scatterplot below displays the relationship between the percent change in the population of wolves and the moose density, in number of moose per square kilometer, over a 19-year period in a certain region. Notice that the association is negative, and that the points seem to be more spread out at higher moose densities.10+5-S-5--10+-15-20+-25+1.0+1.2+2.01.41.61.8Moose Density (moose/km2)Suppose the variables on the scatterplot were reversed, so that moose density was the response variable on the vertical axis, and percent change in wolf population was theexplanatory variable on the horizontal axis Which of the following would be true?escF1F2F3000F4F5F6F7F8F9F10F11F12#2$&24579.QWERTYUPPercent Change in Wolf Population* 00 Moose Density (moose/km2)Suppose the variables on the scatterplot were reversed, so that moose density was the response variable on the vertical axis, and percent change in wolf population was theexplanatory variable on the horizontal axis. Which of the following would be true?AThe association would still be negative, but the strength of the association would increase.The association would be positive, and the strength of the association would increase.CThe association would still be negative, but the strength of the association would decrease.DThe association would be positive, but the strength of the association would not change.The direction and strength of the association would not change.F12F11F10F9F8F7F6F2吕口F3F5F4escF1&9882$783451|PERTYQ0000

Name: 12 oThe scatterplot below displays the relationship between the perce
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Description: 12 oThe scatterplot below displays the relationship between the percent change in the population of wolves and the moose density, in number of moose per square kilometer, over a 19-year period in a certain region. Notice that the association is nega

The association between two variables is represented by Co-relation coefficients. Correlation coefficients are used to measure how strong a relationship is between two variables The Given Scatter plot is : From this scatter plot , we can say that the association between Independent variable (Moose Density) and Dependent variable (%age change in Wolf population) is negative as X value increases, Y value decreases But if we reverse the variables on the axes, the association would still be same with same strength of association as Correlation coefficient does not depends on the independent and dependent variables because it measures the strength and direction of the relationship between two variables, For example, if we are looking at the relationship between height and shoe size, we can take height into the X Values and the values for shoes size into the Y Values (or vice versa), the correlation coefficient will be same. Correct option : Option E , The direction and strength of association would not change

Math

Statistics

Suppose the variables on the scatterplot were reversed, so that moose density was the response variable on the vertical axis, and percent change in wolf population was the explanatory variable on the horizontal axis. Which of the following would be true? The association would still be negative, but the strength of the association would increase. The association would be positive, and the strength of the association would increase. The association would still be negative, but the strength of the association would decrease. The association would be positive, but the strength of the association would not change. The direction and strength of the association would change.

Suppose the variables on the scatterplot were reversed, so that moose density was the response variable on the vertical axis, and percent change in wolf population was the explanatory variable on the horizontal axis. Which of the following would be true? The association would still be negative, but the strength of the association would increase. The association would be positive, and the strength of the association would increase. The association would still be negative, but the strength of the association would decrease. The association would be positive, but the strength of the association would not change. The direction and strength of the association would change.

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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