They are both closed figures
To join triangles to make quadrilaterals, you can align two triangles along one of their edges, ensuring that the edges match perfectly. By combining the two triangles this way, their adjacent sides form a new quadrilateral. You can also use multiple triangles, ensuring that their edges continue to align to create a closed four-sided shape. Experimenting with different triangle orientations can yield various quadrilateral shapes.
They are both 4 sided quadrilaterals and have 4 interior angles that add up to 360 degrees
Triangles are not equal to each other in the same way that 5 = 5 or 23 = 8 + 15 because they are not discrete values. Congruent is a similar term to equivalent, which allows comparison.
They are both quadrilaterals.
Here is one way: /\ --- /\/\ ----- These are {45°, 45°, 90°} triangles. There are 3 on the bottom row, and 1 on top. Actually, any four identical isosceles triangles would work.
Yes, AAA is a way to show that triangles are similar. Note, however, that AAA is not a way to show that triangles are congruent.
No. Although for some 2-dimensional figures - some triangles and quadrilaterals - the term may be used in that way.
Triangles are congruent if all three sides in one triangle are congruent to the corresponding sides in the other.When two triangles have corresponding sides with identical ratios, the triangles are similar.Of course if triangles are congruent, they are also similar.
Yes.
No. A quadrilateral can be "squashed" in the same way that a square can be squashed into a rhombus. In a triangle, both ends on each side are anchored and so there is complete rigidity.
They are both 4 sided quadrilaterals and have 4 interior angles that add up to 360 degrees
They can be constructed in more than one way. They have fractional dimension. They are self-similar. They are constructed by removing small triangles from a big triangle.
One way is they both are triangles and have 3 sides.
Triangles are not equal to each other in the same way that 5 = 5 or 23 = 8 + 15 because they are not discrete values. Congruent is a similar term to equivalent, which allows comparison.
Here guys Thanks :D Congruent triangles are similar figures with a ratio of similarity of 1, that is 1 1 . One way to prove triangles congruent is to prove they are similar first, and then prove that the ratio of similarity is 1. In these sections of the text the students find short cuts that enable them to prove triangles congruent in fewer steps, by developing five triangle congruence conjectures. They are SSS! , ASA! , AAS! , SAS! , and HL ! , illustrated below.
They are both quadrilaterals.
Here is one way: /\ --- /\/\ ----- These are {45°, 45°, 90°} triangles. There are 3 on the bottom row, and 1 on top. Actually, any four identical isosceles triangles would work.