If you solve the inequality you will have a final answer w ≤ 10. The greatest value being 10.
According to the statement
We have to find that the value of the width.
So, For this purpose, we all know that the
A rectangle may be a form of quadrilateral, whose opposite sides are equal and parallel.
From the given information:
the length of a rectangle is fourfold its width. if the perimeter is at the most 106 centimeters
Then
L = 4w --------The length of a rectangle is fourfold its width.
2w + 2L ≤ 106 ------- the perimeter is at the most 130 centimeters.
Now, if substitute the primary equation into the second inequality you may get
2w + 2 • (4w) ≤ 106.
Therefore, the inequality model becomes 2w + 2 • (4w) ≤ 106.
So, If you solve the inequality you will have a final answer w ≤ 10. The greatest value being 10.
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