A regular hexagon is inscribed in a circle as shown determine the measure of FE
2 answers:
The complete question in the attached figure
we know that
1) <span>The triangles that are formed in the hexagon by joining all the vertices with the center of the hexagon are all equilateral and are equal in size
therefore
the radius of the circle is equals to the length side of the regular hexagon
FE=BP--------> FE=6 cm
the answer is
FE=6 cm </span>
we know that
1) <span>The triangles that are formed in the hexagon by joining all the vertices with the center of the hexagon are all equilateral and are equal in size
therefore
the radius of the circle is equals to the length side of the regular hexagon
FE=BP--------> FE=6 cm
the answer is
FE=6 cm </span>
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- Total time=5h
- Time devoted for mathematics and science=2h
Let Time devoted for others be x
Answer:
Vertex: (-1,9) is true
Sample Points: (2,4) is not true
Step-by-step explanation:
Given
Required
Determine if the vertex and sample points exist for
Solving for the vertex:
Writing the given equation in the form:
Expand the bracket
Open Bracket
Open bracket
Solve for x using:
Where ;
<em>So:</em>
Substitute -1 for x in
Simplify all brackets
Hence;
<em>The vertex (x,y) is (-1,9)</em>
<em>This is true</em>
Checking sample points:
In this case; and
Substitute and
in
<em>Hence;</em>
<em>This sample points </em><em> does not exist</em>