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Mathematics 8 Online
OpenStudy (anonymous):

Town A and town B calculated the total number of dogs in each town based on the number of dogs per neighborhood. The graph below represents the number of dogs in town A. The equation below represents the total number of dogs, y, in town B, where x represents the number of neighborhoods in the town.

OpenStudy (anonymous):

https://app156.studyisland.com/pics/160107q9.png

OpenStudy (anonymous):

@Here_to_Help15

OpenStudy (anonymous):

@mathmath333

OpenStudy (mathmath333):

is the question complete

OpenStudy (anonymous):

Yes

OpenStudy (anonymous):

Which town has the least number of dogs per neighborhood?

OpenStudy (mathmath333):

is their any equation given

OpenStudy (anonymous):

The Link

OpenStudy (mathmath333):

the information seems insufficient here to me

OpenStudy (jademc01):

The number of dogs per neighborhood in town B is represented by an equation of the form y = mx, where m represents the rate of change. Therefore, the number of dogs per neighborhood, or rate of change, in town B is 10. Thus, town A has the greatest number of dogs per neighborhood.

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