The length of a rectangle is 9 units more than the width of the rectangle, w. if the width of the rectangle is more than 20 units, what equation could be used to find the possible values of the width?

Step-by-step explanation:

Let

L-----> the length of a rectangle

W---> the width of a rectangle

we know that

-----> equation A

-----> inequality B

The inequality B represent the equation that could be used to find the possible values of the width

The solution for the width of the rectangle  is all real numbers greater than 20 units

c. prove the lengths are the same.

step-by-step explanation:

you need to prove the segments are congruent. congruent segments have the same length. find the lengths of the segments using the distance formula, and compare them.

answer: c. prove the lengths are the same.

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