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For each ordered pair (x,y) determine whether it is a solution to the inequality y<4

For each ordered pair (x,y) determine whether it is a solution to the inequality y-example-1

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We have an ordered pair (x,y) which we must evaluate for the inequality:


y<4

To solve this, we have to replace the variable "y" in the inequality and check if it is true or not.

First-order pair


\begin{gathered} (4,7) \\ y<4 \\ 7>4 \end{gathered}

This is not a solution to inequality.

Second-order pair


\begin{gathered} (5,-4) \\ y<4 \\ -4<4 \end{gathered}

This is a solution to inequality.

Third-order pair


\begin{gathered} (-8,4) \\ y<4 \\ 4=4 \end{gathered}

This is not a solution to inequality.

Fourth-order pair


\begin{gathered} (-3,9) \\ y<4 \\ 9>4 \end{gathered}

This is not a solution to inequality.

Finally, we have that the only solution to inequality is:


(5,-4)

User Rolf Huisman
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