To find the perimeter of a regular hexagon you must first know the number of sides in a hexagon which is 6.

When you know the number of sides of a regular polygon to find the perimeter you must multiply the side length by the number of sides.

In this case it is 

The answer for the perimeter is .

To find the angle of any regular polygon, you find the number of sides, . In this example .

You then subtract  from the number of sides, yielding .

Take  and multiply it by  to yield the total number of degrees in the regular hexagon.

Then, to find one individual angle, we divide  by the total number of angles, .

The answer is .

To find the perimeter of a regular polygon, we take the length of each side, , and multiply it by the number of sides, .

In a hexagon the number of sides is , and in this example the side length is .

The perimeter is .

The number of lines of symmetry through a regular polygon is equal to the number of sides.

A hexagon has lines of symmetry through each vertex, giving three lines of symmetry that each connect two opposite vertices. The other three lines pass through the midpoints of opposite sides of the hexagon.

To find the perimeter of a regular hexagon you must first know the number of sides in a hexagon which is .

When you know the number of sides of a regular polygon to find the perimeter you must multiply the side length by the number of sides.

In this case it is 

The answer for the perimeter is .

The perimeter of a regular hexagon is just the sum of all 6 sides.  Because it's a regular hexagon, the perimemter is just six times one side (6 cm) or 36 cm.

Regular hexagons are comprised of six equilateral triangles; in our question, these triangles each have side length 4 (see diagram).

The length of a diagonal is equal to two times the length of the side. In this instance, the answer is 8.

A diagonal is a line segment joining two non-adjacent vertices of a polygon.  A regular hexagon has six sides and six vertices.  One vertex has three diagonals, so a hexagon would have three diagonals times six vertices, or 18 diagonals.  Divide this number by 2 to account for duplicate diagonals between two vertices. The formula for the number of vertices in a polygon is:

where .

A diagonal connects two non-consecutive vertices of a polygon.  A hexagon has six sides.  There are 3 diagonals from a single vertex, and there are 6 vertices on a hexagon, which suggests there would be 18 diagonals in a hexagon.  However, we must divide by two as half of the diagonals are common to the same vertices. Thus there are 9 unique diagonals in a hexagon. The formula for the number of diagonals of a polygon is:

where n = the number of sides in the polygon.

Thus a pentagon thas 5 diagonals.  An octagon has 20 diagonals.