Sun shades are sold in the shape of right isosceles triangles. If the equation represents one shade that shields 64 square feet of area, which system can be used to find the lengths of the legs of the sun shade?

[___], [___], [___]
-4
5.7811.332
Use the graphing calculator to graph the system. The solutions to the system are [___]. Since the side lengths of a triangle must be positive, the length of one leg of the sun shade is [___] feet.
Adjust the window so you can find all of the points of intersection for the system of equations.What are the roots of the original polynomial equation? Check all that apply.
Which system of equations can you use to find the roots of the equation 2x3 + 4x2 – x + 5 = –3x2 + 4x + 9?
⇒ -2
-2
What are the approximate values of the non-integral roots of the polynomial equation?
Explain why the graphing calculator cannot be used to solve or approximate solutions to all polynomial equations.
A graphing calculator shows real-valued graphs in the Cartesian plane, so it can find or approximate real solutions shown as x-intercepts. Some polynomial equations also have complex solutions, which cannot be represented as x-intercepts on that graph. Thus, graphing cannot find or approximate all polynomial solutions.
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Sun shades are sold in the shape of right isosceles triangles. If the equation represents one shade that shields 64 square feet of area, which system can be used to find the lengths of the legs of the sun shade?

Question text not available
-5.7 or 5.7-8 or 8✔ -11.3 or 11.3-32 or 32
Select any of the following you included in your explanation.
⇒ 0
0
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