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Peter decides to put carpet on the floor of his tree house. The area of the floor can be found by the expression 5((s)(h)/2), where s equals the side length and h equals the distance from the center to the side. Peter approximates these measures, as shown on the diagram. If the tree growing through the center of the house takes up 25 ft^2 of floor area, how many square feet of carpeting will Peter need?

Peter decides to put carpet on the floor of his tree house The area of the floor can be found by the expression 5sh2 where s equals the side length and h equals class=

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TaeKwonDoIsDead

Answer:

80 sq. ft.

Step-by-step explanation:

It is given that

s = 7

h = 6

Putting into formula, we have the area of the whole pentagon.

Area of whole pentagon = [tex]5(\frac{s*h}{2})=5(\frac{7*6}{2})=105[/tex]

Now, the area of the tree (25) would be subtracted, so we have:

105 - 25 = 80

Thus, 80 square feet of carpeting will be needed.

sebj

Answer:

The answer is 80 feet squared

Step-by-step explanation:

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