Russ is solving an equation where both sides are linear expressions. He sets the expressions equal to y and graphs the system finding that they are the same line. How should Russ interpret this outcome? There are no intersection points. There is exactly one intersection point. There are exactly two intersection points. There are infinitely many intersection points.Russ is solving an equation where both sides are linear expressions. He sets the expressions equal to y and graphs the system finding that they are the same line. How should Russ interpret this outcome?
There are no intersection points.

There is exactly one intersection point.

There are exactly two intersection points.

There are infinitely many intersection points.

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159863 159863 · Answer 1 · 2020-07-06T06:16:40+02:00

Answer:

There are infinitely many intersection points

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YashBhattar YashBhattar · Answer 2 · 2022-05-27T19:20:56+02:00

Russ should interpret the outcome as option(D) There are infinitely many intersection points.

An equation between two variables that gives a straight line when plotted on a graph.

Point of intersection means the point at which two lines intersect.

Given,

Russ is solving an equation where both sides are linear expressions.

He sets the expressions equal to y and graphs the system finding that they are the same line.

Therefore it has infinite number of intersection points because both are same line.

Hence, Russ should interpret the outcome as option(D) There are infinitely many intersection points.

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