it looks like =with a~ over it
Segments of equal length are called congruent segments. You can identify them by congruency marks. congruency marks look like this on your line: ---l-----------l---
Supplementary Congruency Theorem
Because triangles add up to 180 degrees
The answer is Yes and No both! In the condition ASS, expand it as Angle-Side1-Side2. Now, Two triangles are said to be congruent if and only if there is only a single triangle which can be constructed through those given conditions.For e.g. in SSS congruency only a single triangle can be constructed through given three sides in the congruency condition. Here, if a triangle is constructed with a base side(Side1) and base angle (Angle), then the condition is based on the length of the third element (Side2). If side 2 is longer than side1, then two triangles are possible, but not if side2 is longer than Side1. So, it depends on on second Side of the congruency condition.
The symbol is three vertical lines next to each other the symbol above is the symbol for approximately equal to.Wrong, the correct symbol is ~
No, he did not. In actual fact nobody "invented" congruency.
congruency means that we see r\
In geometry, congruency between shapes is typically indicated by the symbol "≅". This symbol signifies that two figures are congruent, meaning they have the same shape and size, though their orientation or position may differ. Additionally, congruent angles are often denoted with arcs or markings, while congruent segments may be marked with tick marks to visually represent their equality.
Triangles are congruent when:All three sides are the same length (SSS congruency)Two sides and the angle between them are the same length (SAS congruency)Two angles and the side between them are the same length (ASA congruency)
law of congruency
Something that agrees with or is in harmony with another.
i am asking what is the answer . why should i answer my question?
Incentre.
Segments of equal length are called congruent segments. You can identify them by congruency marks. congruency marks look like this on your line: ---l-----------l---
Search Definition of Congruency
im awesome
triangle congruency