Okay.
What do you want to know?
No information can be drawn from that statement.
No information can be given to you because you are too ambiguous.
All sides congruent, by definition, makes the shape equilateral.
But there is no guarantee that it is equiangular and therefore it isn't necessarily a regular polygon.
Hexagons have six sides. If all sides are congruent then the perimeter is six times the length of one side and the length of one side is one-sixth the length of the perimeter.
Aside from general size, an equilateral hexagon can come in only two unique types: concave and convex. For any given side-length/perimeter, there are only two possible equilateral hexagons. The area of an equiangular equilateral hexagon is 3/2*(length of one side)*(length of one side)*(square root of 3).
All 4 sides are congruent and opposite sides are parallel to each other.
A parallelogram is a figure where opposite sides are parallel to each other regardless of how many sets of sides the figure has (square, hexagon, etc). A rhombus is a parallelogram with four sides in which the two pairs of opposites sides are congruent.
A right triangle can have at most 2 congruent sides, but may have no congruent sides. From the Pythagorean Theorem, the square of the hypotenuse will be equal to the sum of the squares of the other two sides - consequently the "other two sides must each be less than the length of the hypotenuse and thus not congruent with it. They can be congruent with each other however - which is what occurs in a 45°/45°/90° triangle (for any other right triangle, none of the sides will be congruent).
An hexagon has 6 sides
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.
Irregular hexagon has 2 right angles all other sides are congruent. How large is each one?
2 pairs, the sides opposite each other are congruent to each other
The sides were congruent with each other.
All 4 sides are congruent and opposite sides are parallel to each other.
A parallelogram is a figure where opposite sides are parallel to each other regardless of how many sets of sides the figure has (square, hexagon, etc). A rhombus is a parallelogram with four sides in which the two pairs of opposites sides are congruent.
yes, but the sides that are congruent are also adjacent. That is, they are next to each other. Not like in a rectangle where the congruent sides are parallel.
You're fishing for "a square", but the way you've described it, no such animal exists. You said "all sides and angles congruent", and that's not possible. The sides are congruent to each other, and the angles are congruent to each other, but no side is congruent to any angle.
A right triangle can have at most 2 congruent sides, but may have no congruent sides. From the Pythagorean Theorem, the square of the hypotenuse will be equal to the sum of the squares of the other two sides - consequently the "other two sides must each be less than the length of the hypotenuse and thus not congruent with it. They can be congruent with each other however - which is what occurs in a 45°/45°/90° triangle (for any other right triangle, none of the sides will be congruent).
yes. congruent means equal size and shape. a square has 4 sides all congruent to each other.
An hexagon has 6 sides
An isosceles triangle has two congruent sides.
If the triangle is the same size, and it's sides are congruent to the other, then yes they are congruent to each other.