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Triangle Congruency Flashcards | StudBud
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Triangle Congruency
Triangle Congruency
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A #math quiz on using the five theorems to prove #triangles are #congruent
Flashcards
20 cards
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Practice quiz
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Questions
20
Answers
1
At the point where the triangles meet, what is the relationship of the angles?
alternate interior
linear pair
vertical angles
there is no relationship
2
Are these two triangles congruent? If so, by what theorem?
not congruent
SSS
SAS
ASA
3
Where is the hypotenuse located?
One side that makes up the 90 degree angle
Not in a triangle, only in a square
Across from the 90 degree angle
The bottom side of the 90 degree angle
4
When you are given two parallel lines, what is the line that cuts through them called?
Right angle
Angle line
Transversal line
Perpendicular line
5
What is your favorite subject?
More Math
Math
Math
I love math!
6
What does the arrow symbol on these line segments mean?
going to the right
parrallel
perpendicular
congruent
7
Out of these 4 music artists, who is the best?
J. Cole
Beyonce
Kendrick Lamar
Chance
8
Are these triangles congruent? If so, what theorem would you use?
not congruent
SAS
HL
AAS
9
Are these two triangles congruent? If so, by what theorem?
not congruent
AAA
SAS
ASA
10
What does perpendicular mean?
The lines will never intersect
Forms a 90 degree angle
forms a 180 degree angle
intersecting lines
11
Are these two triangles congruent? If so, by what theorem?
ASA
SAS
AAA
SSS
12
Are these triangles congruent? If so, what theorem would you use?
AAS
ASA
not congruent
SSA
13
Are these triangles congruent? If so, what theorem would you use?
AAS
SSS
SAS
not congruent
14
Why aren't these two triangles congruent?
AAA
SSA
SAS
they actually are congruent
15
Are these triangles congruent? If so, what theorem would you use?
AAS
SAS
not congruent
I love math!
16
Are these two triangles congruent? If so, by what theorem?
AAA
ASA
SAS
not congruent
17
Are these two triangles congruent? If so, by what theorem?
SAS
SSS
not congruent
AAS
18
Are these two triangles congruent? If so, by what theorem?
SAS
AAS
ASA
not congruent
19
Are these triangles congruent? If so, what theorem would you use?
Yes, because SAS
No, because AAA
No, because SSA
Yes, because ASA
20
Are these two triangles congruent? If so, by what theorem?
ASA
SAS
not congruent
HL
