Yes
By joining two triangles of equal size, you can create various shapes depending on their orientation. Placing them base-to-base can form a parallelogram, while joining them at a vertex can create a larger triangle or a kite shape. Additionally, aligning them along a side can produce shapes like a quadrilateral or an arrowhead. The specific resulting shape depends on the angles and sides of the triangles in relation to each other.
You would get two scalene triangles.
If you look ate the parallelogram you'll see two kinds of triangles. Two that have longer diagonal and bigger angle, and two sides of parallelogram. Then, you have two triangles that have two sides of parallelogram, shorter diagonal and smaller angle. This triangles obviously have two sides that are the same (sides of parallelogram). If this two triangles had been congruent diagonals would have been congruent too, since these triangles would have been congruent. But this is not true unless angles of parallelogram are the same, therefore diagonals cannot be the same length. Of course, there are parallelograms that have same angles, and those are square and rectangle, which do have the same angles. I hope I made this more clear, and I'm sorry for my bad English.
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°.
the shape that can make two smaller triangles is parallelogram.
two congruent triangles
two congruent triangles
The term for the line that divides them is a diagonal.
In general, a parallelogram. But if the triangles are joined along their odd side, a rhombus.
You would get two scalene triangles.
yes
No triangle is a parallelogram. No two sides are parallel.
Two congruent triangles.
If you look ate the parallelogram you'll see two kinds of triangles. Two that have longer diagonal and bigger angle, and two sides of parallelogram. Then, you have two triangles that have two sides of parallelogram, shorter diagonal and smaller angle. This triangles obviously have two sides that are the same (sides of parallelogram). If this two triangles had been congruent diagonals would have been congruent too, since these triangles would have been congruent. But this is not true unless angles of parallelogram are the same, therefore diagonals cannot be the same length. Of course, there are parallelograms that have same angles, and those are square and rectangle, which do have the same angles. I hope I made this more clear, and I'm sorry for my bad English.
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°.
A parallelogram can be split into two congruent triangles known as "parallelogram halves" or "diagonally opposite triangles." These triangles share a common base, which is half the length of the parallelogram's diagonal. The height of each triangle is the perpendicular distance between the base and the opposite side of the parallelogram.
Two congruent triangles.. To prove it, use the SSS Postulate.