In the given figure, triangles PQC and PRC are such that QC = PR and PQ = CR. Prove that ∠PCQ = ∠CPR.
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in triangle PQC and triangle PRC,
Given - QC= PR
PQ=CR
To prove:- angle PCQ= angle CPR
Proof:- In triangle PQCand triangle PRC:-
QC=PR [GIVEN]
PQ=CR [GIVEN]
andPC=PC [COMMON]
by SAS similarly criterion, triangle PQC is congruent to triangle PRC.
therefore by C.P.C.T
angle PCQ =angle CPR
prooved.
Given - QC= PR
PQ=CR
To prove:- angle PCQ= angle CPR
Proof:- In triangle PQCand triangle PRC:-
QC=PR [GIVEN]
PQ=CR [GIVEN]
andPC=PC [COMMON]
by SAS similarly criterion, triangle PQC is congruent to triangle PRC.
therefore by C.P.C.T
angle PCQ =angle CPR
prooved.
Answered by
18
Given:
In the given figure, triangles PQC and PRC are such that QC = PR and
PQ = CR.
To Find:
Prove that ∠PCQ = ∠CPR
Solution:
Here, we have
QC = PR [ GIVEN ]
PQ = CR [GIVEN]
PC = PC [COMMON]
by SAS similarly criterion,
ΔPQC ≅ ΔPRC.
Therefore by C.P.C.T,
∠PCQ = ∠CPR
Hence, ∠PCQ = ∠CPR.
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