The Mathematics 11 Competency Test
... equilateral triangles: all three sides have the same length. All three vertices are the same size: 600. Notice how sometimes small crosslines are used to indicate which sides of the triangle have equal lengths. ...
... equilateral triangles: all three sides have the same length. All three vertices are the same size: 600. Notice how sometimes small crosslines are used to indicate which sides of the triangle have equal lengths. ...
CPCTC Proof
... angles also being congruent. We often use the abbreviation CPCTC as a reason for stating corresponding sides or angle to be congruent. ...
... angles also being congruent. We often use the abbreviation CPCTC as a reason for stating corresponding sides or angle to be congruent. ...
Chapter 5 - TeacherWeb
... All radii of the same circle are congruent. In a circle or congruent circles, if central angles are congruent, then their intercepted arcs are congruent. In a circle or congruent circles, central angles are congruent if their intercepted arcs are congruent. In a circle or congruent circles, central ...
... All radii of the same circle are congruent. In a circle or congruent circles, if central angles are congruent, then their intercepted arcs are congruent. In a circle or congruent circles, central angles are congruent if their intercepted arcs are congruent. In a circle or congruent circles, central ...
Unit 5 Test Honors - Rancho High School
... 21. (3 points) Decide whether it is possible to prove that the triangles are congruent. If it is possible, tell which congruence postulate or theorem you would use and mark it correctly on the diagram. ...
... 21. (3 points) Decide whether it is possible to prove that the triangles are congruent. If it is possible, tell which congruence postulate or theorem you would use and mark it correctly on the diagram. ...
