WorksheetsStuff
Total questions: 39
Worksheet time: 44mins
Are the 2 triangles congruent by SSS and give a congruence statement
Yes ΔADB ≅ΔCDB
Yes ΔADB ≅ΔCBD
No
Yes ΔBAD≅ΔBDC
Are these triangles congruent by SSS? Give a congruence statement
Yes ΔACB≅ΔXYZ
No
Yes ΔCBA ≅ΔYXZ
Yes ΔCBA≅ΔYZX
Are these triangles congruent by SSS?
Yes
NO
Are these triangles congruent by SSS?
Yes
No
Which statement would make these 2 triangles congruent by SSS?
DE ≅AB
ED≅AB
BA≅ED
CA≅CE
Which statement will make ΔDNG ≅ ΔPNG by SSS?
N is the midpoint of DP
∠D≅∠P
PG ≅DG
GN ⊥ DP
What is the value of y?
20
40
13
7
Based on the picture, which congruence statement is FALSE?
ΔXYZ≅ΔZWX
ΔWZX≅ΔYXZ
ΔWXZ≅ΔYXZ
ΔZXY≅ΔXZW
Are the 2 triangles congruenct by SSS? If yes, write a congruence statement
Yes ΔPNM ≅ΔTQR
Yes ΔMNP≅ΔRTQ
No
Yes ΔPMN ≅ΔRQT
Which congruency statement can be written for the triangles pictured?
ΔACB≅ΔABD
ΔBAC≅ΔBAD
ΔCAB≅ΔDBA
ΔADB≅ΔBCA
Which triangle congruence theorem can be used to prove the triangles are congruent?
SSS
SAS
ASA
HL
Use the congruency statement to answer the following:
∠H
∠I
∠G
not congruent to another angle
which is true?
Determine which congruency theorem proves the triangles congruent.
SAS
SSS
Neither
Which congruency statement can be written for the triangles pictured?
ΔABC ≅ ΔEDC
ΔACB ≅ ΔEDC
ΔECD ≅ ΔCAB
Which triangle congruence theorem can be used to prove the triangles are congruent?
SAS
ASA
AAS
Not Possible
Which triangle congruence theorem can be used to prove the triangles are congruent?
SSS
SAS
ASA
NONE
Which triangle congruence theorem can be used to prove the triangles are congruent?
SSS
SAS
ASA
NONE
Which congruency statement can be written for the triangles pictured?
ΔLEO≅ΔOVE
ΔOEV≅ΔOLE
ΔOVL≅ΔOLV
ΔOLE≅ΔOVE
Which triangle congruence theorem can be used to prove the triangles are congruent?
SSS
SAS
ASA
AAS
What additional information is needed to prove the 2 triangles are congruent by the listed theorem?
MK =GI
∠GIH = ∠MKL
∠MLK=∠GHI
What additional information is needed to prove the 2 triangles are congruent by the listed theorem?
RT =XZ
∠RST = ∠XYZ
SR =YX
