Yes, all parallelograms can be split into two congruent triangles. This is achieved by drawing a diagonal line connecting two opposite vertices. This diagonal divides the parallelogram into two triangles that are congruent by the Side-Angle-Side (SAS) postulate, as they share a side (the diagonal), and the angles formed at the vertices are equal.
It is a prism. More specifically, "A solid figure that has two bases that are parallel, congruent polygons and with all other faces that are parallelograms." This describes the general prism. Replace "polygons" with "triangles" and you have specified a triangular prism.
All the corresponding sides in congruent triangles are equal All the corresponding angles in congruent triangles are equal
No. All corresponding sides and angles have to be congruent for the triangles to be congruent.
The triangles are also congruent.
Yes; all parallelograms have diagonals that bisect each other. Other properties of parallelograms are: * The opposite sides are congruent. * The opposite sides are parallel. * The opposite angles are congruent.
It is a prism. More specifically, "A solid figure that has two bases that are parallel, congruent polygons and with all other faces that are parallelograms." This describes the general prism. Replace "polygons" with "triangles" and you have specified a triangular prism.
Not all parallelograms do but a rhombus does.
All the corresponding sides in congruent triangles are equal All the corresponding angles in congruent triangles are equal
All of them.
No. All corresponding sides and angles have to be congruent for the triangles to be congruent.
The triangles are also congruent.
Yes; all parallelograms have diagonals that bisect each other. Other properties of parallelograms are: * The opposite sides are congruent. * The opposite sides are parallel. * The opposite angles are congruent.
Diagonals are congruent
Tiiangle
It is a rhombus.
Some, but not all. Triangles with 2 congruent sides are called isoceles triangles. Triangles with 3 congruent sides are called equilateral triangles.
Yes, all squares and rectangles are types of parallelograms since they have opposite sides that are equal and parallel. However, not all triangles are parallelograms, as triangles do not have opposite sides or angles. A parallelogram specifically requires four sides, while a triangle only has three.