This would be Educational Attainment.
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Step-by-step explanation:tbjtujbtujbtjbtujtujtubjtujbtuj
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I think the answer is 42.
Answer:
When writing an inequality from a graph, there are a few things we need to do:
Determine the equation of the line. This gives us the general form of our inequality once we remove the equal sign.
Note whether the line is dotted or solid. ...
Use the graph's shading to determine which way you
We are told the radius is 6 inches, this distance refers to the distance from the center to a vertice of the hexagon. A regular hexagon is made up of 6 equilateral triangles. The sides of these triangles inside the hexagon are 6 inches. Since these are all equilateral, all sides of the triangle of 6 inches making the 6 outer sides of the hexagon also equal to 6 inches.
We can determine the total area of the hexagon if we know the area of one of the triangles. The area of a triangle is found using the following formula:
A = 1/2 (b x h)
b = the outsider of the hexagon
h = distance from center to the bisection of a side.
We can solve for h by using the pythagorean theorem. We know two sides of the right triangle formed. The adjacent side is 3 inches (half of 6 since the side was bisected) and the hypotenuse is 6 inches.
3² + h² = 6²
h² = 36 - 9
h² = 27
h = √27
h = 3√3
Solving for the area of one triangle is as follows:
A = (1/2)(bh)
A = (1/2)(6)(3√3)
A = 9√3
The total area of the hexagon will be the total of all 6 equilateral triangles.
A = 6(9√3)
A = 54√3
The area of the hexagon is 54√3 or 93.5 in².
