yes
two congruent triangles
you can't, because the Pythagorean theorem is for right triangles and the triangles formed by the diagonal of a parallelogram are not right triangles.
a hexagon * * * * * Depending on the shape and sizes of the triangles and where they are attached, you can also get a kite, a rectangle, a parallelogram, a decagon, octagon, pentagon.
If it is in the form of two inverted triangles, then there are 8 triangles. If only the outline is used, there are 0 triangles.
If you take two triangles, turn one over and bring them together, they will form a parallelogram. Lots of parallelograms can be lined up to form a strip of uniform width. Lots of parallel strips will fill an area. Tessellation!
Yes, a parallelogram can be separated into four triangles. This can be achieved by drawing two diagonals that intersect at the center of the parallelogram, dividing it into four triangular sections. Each triangle shares a vertex at the intersection point of the diagonals and the opposite vertices of the parallelogram.
Yes
two congruent triangles
two congruent triangles
The term for the line that divides them is a diagonal.
A parallelogram can be divided into two triangles by drawing a diagonal. Conversely, two triangles can be combined to form a parallelogram. Therefore, the number of distinct parallelograms that can be formed from triangles depends on the number of triangles available and how they are arranged, but at least two triangles are needed to create one parallelogram.
You would get two scalene triangles.
No triangle is a parallelogram. No two sides are parallel.
Two congruent triangles.
Yes
You can get 2 triangles by cutting a parallelogram in half
If you draw one diagonal across a parallelogram, it will split it into two congruent triangles. A rectangle is a parallelogram, with all four angles equal to 90°.