Which graph shows data whose r-value is most likely closest to 0? A graph shows both axes unnumbered. Points show a downward trend. A graph shows both axes unnumbered. Points show an upward trend. A graph shows both axes unnumbered. Points show a downward trend. A graph shows both axes unnumbered. Points are scattered all over the graph. Mark this and return


B on ed 2020

Step-by-step explanation:

an r value of 1 would be a graph that has a linear line going up one then

to the right one so the closest to that is the 2nd graph (B)


Graph 2) is the correct answer.

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Step-by-step explanation:

We know that:

r = -1 is strong negative correlation and 1 is strong positive correlation. 0 means no correlation.

Hence by the values of these r we can characterize our function.

Now in this question we are given that:

The graph shows data whose r-value is most likely closest to 1?

As the graph 1) is a decrease in the values hence it shows a negative correlation i.e. r= -1. similar is the case for graph 3).Also the graph 4) is distorted i.e. it shows no correlation i.e. r=0.

Hence all the remaining three options are discarded.

Hence option 2) is true.

I.e. graph 2) represents a strong positive correlation i.e. r-value is closest to 1.
graph 2

Step-by-step explanation:


Since you didn"t put a picture I don"t know if this is right, but I saw that another person had answered a question with similar wording, hope this helps.

See more: The Risks Of Vertical Integration Include All Of The Following Except

r = -1 is strong negative correlation 1 is strong positive correlation. 0 means no correlation.This here graph represents a strong positive correlation because it"s r-value is closest to 1.

Hope this helps, have a BLESSED and wonderful day!