Terms and Proofs
Congruence Statements
Measuring Angles & Sides
Triangle Congruence
Triangle Congruence Part 2
100
The reason that goes with this step
AB=AB
What is Reflexive Property?
100
Given the following statement, which angle is congruent to angle W?
Angle G
100
Given that triangle ABC is congruent to triangle DEF, find the measure of angle F.
40
100
The two triangles are congruent by what conjecture?
SSS
100
Are the following triangles congruent? If yes, by which congruence conjecture?
SSS
200
What reason would go with this step?
∠BCA ≅ ∠ECD
Vertical angles are congruent
200
Given the following statement, which side is congruent to VU?
HI
200
Given that triangle ABC is congruent to triangle DEF, find the length of side DF.
96.6
200
The following triangles are congruent by what conjecture
SAS
200
Are the following triangles congruent? If yes, by which congruence conjecture?
Not congruent
300
Given: C is the midpoint of AE.
What reason would go with this step:
AC≅ CE
Definition of midpoint
300
Write a congruence statement for the two triangles.
Answers vary
300
Find the measure of angle F.
40
300
Are the following triangles congruent? If yes, by which congruence conjecture?
AAS
300
Are the following triangles congruent? If yes, by which congruence conjecture?
Not congruent
400
Given: AE bisects BD.
What parts of the triangles are now congruent?
BC and CD
400
Given the following statement, which side is congruent to IG?
UW
400
Given that polygon ABCD is congruent to polygon PQRS, find x.
x=48
400
Are the following triangles congruent? If yes, by which congruence conjecture?
SAS
400
Are the following triangles congruent? If yes, by which congruence conjecture?
HL
500
Given: BD Bisects angle ABC
Which parts of the triangles are now congruent?
Angle ABD and Angle CBD
500
Write a congruence statement for the two triangles.
Answers vary
500
Find the missing angle:
47 degrees
500
What additional information would be needed in order to prove the two triangles are congruent using HL theorem?
Angle F = 90 degrees
500
Are the following triangles congruent? If yes, by which congruence conjecture?
AAS