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The area of a regular hexagon can be found by breaking the hexagon into six congruent triangles and then taking the sum of their areas?
true
Do a hexagon with all congruent sides?
A hexagon with 6 congruent sides is a regular hexagon
Hexagon regular or irrgular?
If the hexagon's sides and angles are congruent, then it a regular hexagon.
How is many equilateral triangles are there in a regular hexagon?
Six equilateral triangles are found in a regular 6 sided hexagon
Does a regular hexagon have congruent sides and congruent angles?
Yes, that's what "regular" means.
The area of a regular hexagon can be found by breaking the hexagon into six congruent triangles and then taking the sum of their areas?
true
Can The area of a regular hexagon be found by breaking the hexagon into six congruent triangles and then taking the sum of their areas?
yes.
What does 1 regular hexagon and 6 congruent triangles look like?
pyramid
You can split a regular hexagon into how many triangles?
you can split a regular hexagon into 6 triangles
Do a hexagon with all congruent sides?
A hexagon with 6 congruent sides is a regular hexagon
Hexagon regular or irrgular?
If the hexagon's sides and angles are congruent, then it a regular hexagon.
How is many equilateral triangles are there in a regular hexagon?
Six equilateral triangles are found in a regular 6 sided hexagon
There are six equilateral triangles in a regular?
hexagon
Does a regular hexagon have congruent sides and congruent angles?
Yes, that's what "regular" means.
The area of a regular pentagon can be found by breaking the pentagon into five congruent triangles and then taking the sum of their areas?
True
In the straightedge and compass construction of the regular hexagon below how do you know that and cong?
In a straightedge and compass construction of a regular hexagon, we can show that the segments are congruent by recognizing that a regular hexagon can be inscribed in a circle. Each vertex of the hexagon is equidistant from the center of the circle, meaning all radii are congruent. By connecting the center to each vertex, we create six equilateral triangles, confirming that all sides of the hexagon are equal in length, thus demonstrating congruence.
Does a regular hexagon have congruent diagonals?
yes
