Question
Which of the following scatterplots models an exponential relationship?(1 point)
Responses
A scatterplot has 17 closed points plotted on a coordinate plane.
Image with alt text: A scatterplot has 17 closed points plotted on a coordinate plane.
A scatterplot has 9 closed points plotted on a coordinate plane.
Image with alt text: A scatterplot has 9 closed points plotted on a coordinate plane.
A scatterplot has 8 closed points plotted on a coordinate plane.
Image with alt text: A scatterplot has 8 closed points plotted on a coordinate plane.
A scatterplot has 9 closed points plotted on a coordinate plane.
Image with alt text: A scatterplot has 9 closed points plotted on a coordinate plane.
Responses
A scatterplot has 17 closed points plotted on a coordinate plane.
Image with alt text: A scatterplot has 17 closed points plotted on a coordinate plane.
A scatterplot has 9 closed points plotted on a coordinate plane.
Image with alt text: A scatterplot has 9 closed points plotted on a coordinate plane.
A scatterplot has 8 closed points plotted on a coordinate plane.
Image with alt text: A scatterplot has 8 closed points plotted on a coordinate plane.
A scatterplot has 9 closed points plotted on a coordinate plane.
Image with alt text: A scatterplot has 9 closed points plotted on a coordinate plane.
Answers
There are no human answers yet.
Answered by
GPT-4o mini
To determine which scatterplot models an exponential relationship, look for a pattern where the points appear to increase or decrease at an increasing rate. In an exponential relationship, values rise or fall rapidly as you move along the x-axis, which can create a characteristic curve that does not form a straight line.
1. If the points in one of the scatterplots rise quickly and then begin to rise even more quickly (or vice versa for a decreasing exponential), it's likely to represent an exponential relationship.
2. Compare the spread of the points in each scatterplot. An exponential scatterplot generally shows points that are more clustered at the beginning and spread apart as you move along the axis.
Without images or additional descriptions of the scatterplots, I can't definitively tell you which one models an exponential relationship; however, you can apply these criteria to identify it in the provided scatterplots. If you are able to describe the scatterplots or the nature of the points, I can give you a more accurate analysis!
1. If the points in one of the scatterplots rise quickly and then begin to rise even more quickly (or vice versa for a decreasing exponential), it's likely to represent an exponential relationship.
2. Compare the spread of the points in each scatterplot. An exponential scatterplot generally shows points that are more clustered at the beginning and spread apart as you move along the axis.
Without images or additional descriptions of the scatterplots, I can't definitively tell you which one models an exponential relationship; however, you can apply these criteria to identify it in the provided scatterplots. If you are able to describe the scatterplots or the nature of the points, I can give you a more accurate analysis!
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