All Intermediate Geometry Resources
Example Questions
Example Question #11 : Hexagons
Find the perimeter of the regular hexagon.
When all the opposite sides of a regular hexagon are connected, you should notice that six congruent equilateral triangles are created:
Thus, the diagonal of the hexagon is twice the length of a side.
Plug in the given diagonal to find the length of a side.
Now, recall how to find the perimeter of a regular hexagon:
Plug in the side length to find the perimeter.
Example Question #12 : Hexagons
Find the perimeter of the regular hexagon.
When all the opposite sides of a regular hexagon are connected, you should notice that six congruent equilateral triangles are created:
Thus, the diagonal of the hexagon is twice the length of a side.
Plug in the given diagonal to find the length of a side.
Now, recall how to find the perimeter of a regular hexagon:
Plug in the side length to find the perimeter.
Example Question #13 : Hexagons
Find the perimeter of the regular hexagon.
When all the opposite sides of a regular hexagon are connected, you should notice that six congruent equilateral triangles are created:
Thus, the diagonal of the hexagon is twice the length of a side.
Plug in the given diagonal to find the length of a side.
Now, recall how to find the perimeter of a regular hexagon:
Plug in the side length to find the perimeter.
Example Question #14 : Hexagons
Find the perimeter of the regular hexagon.
When all the opposite sides of a regular hexagon are connected, you should notice that six congruent equilateral triangles are created:
Thus, the diagonal of the hexagon is twice the length of a side.
Plug in the given diagonal to find the length of a side.
Now, recall how to find the perimeter of a regular hexagon:
Plug in the side length to find the perimeter.
Example Question #15 : Hexagons
Find the perimeter of the regular hexagon.
When all the opposite sides of a regular hexagon are connected, you should notice that six congruent equilateral triangles are created:
Thus, the diagonal of the hexagon is twice the length of a side.
Plug in the given diagonal to find the length of a side.
Now, recall how to find the perimeter of a regular hexagon:
Plug in the side length to find the perimeter.
Example Question #16 : Hexagons
Find the perimeter of the regular hexagon.
When all the opposite sides of a regular hexagon are connected, you should notice that six congruent equilateral triangles are created:
Thus, the diagonal of the hexagon is twice the length of a side.
Plug in the given diagonal to find the length of a side.
Now, recall how to find the perimeter of a regular hexagon:
Plug in the side length to find the perimeter.
Example Question #17 : Hexagons
Find the perimeter of the regular hexagon.
When all the opposite sides of a regular hexagon are connected, you should notice that six congruent equilateral triangles are created:
Thus, the diagonal of the hexagon is twice the length of a side.
Plug in the given diagonal to find the length of a side.
Now, recall how to find the perimeter of a regular hexagon:
Plug in the side length to find the perimeter.
Example Question #18 : Hexagons
Find the perimeter of the regular hexagon.
When all the opposite sides of a regular hexagon are connected, you should notice that six congruent equilateral triangles are created:
Thus, the diagonal of the hexagon is twice the length of a side.
Plug in the given diagonal to find the length of a side.
Now, recall how to find the perimeter of a regular hexagon:
Plug in the side length to find the perimeter.
Example Question #19 : Hexagons
Find the perimeter of the regular hexagon.
When all the opposite sides of a regular hexagon are connected, you should notice that six congruent equilateral triangles are created:
Thus, the diagonal of the hexagon is twice the length of a side.
Plug in the given diagonal to find the length of a side.
Now, recall how to find the perimeter of a regular hexagon:
Plug in the side length to find the perimeter.
Example Question #20 : Hexagons
Find the perimeter of the regular hexagon.
When all the opposite sides of a regular hexagon are connected, you should notice that six congruent equilateral triangles are created:
Thus, the diagonal of the hexagon is twice the length of a side.
Plug in the given diagonal to find the length of a side.
Now, recall how to find the perimeter of a regular hexagon:
Plug in the side length to find the perimeter.
All Intermediate Geometry Resources
