please send me proof by solving with ASA congruency rule
Attachments:
mandeep4734:
i write it
prove ASA congruency rule
this is question
Answers
Answered by
0
proof: In ∆ABC & ∆XYZ
angleB = angle Y
BC = YZ
angle C = angle Z
∆ABC is congruent to ∆ XYZ by ASA criteria
u will understand this, hope it will help u (☆^ー^☆)
best of luck
angleB = angle Y
BC = YZ
angle C = angle Z
∆ABC is congruent to ∆ XYZ by ASA criteria
u will understand this, hope it will help u (☆^ー^☆)
best of luck
Attachments:
proof this please
i know this but i face difficulty to solve it
k just wait for 5 mins
i gonna edit it
nah, its from my course book, i gave u the right one with correct answer, hope u will understand
Answered by
0
Hello dear Good morning....
Your answer is in down...
ASA congruency rule.let us prove this!!
CaseI=AB=PQ.
In Traingle S ABC and pqr we have-
AB=PQ[By assumption]
<B=<Q[given]
BC=OR[given]
then The two triangles ABC and pqr are congruent I.e.Triangle ABC that is not equal to Traingle PQR[By SAS congruence rule]>
Thanks!!
Your answer is in down...
ASA congruency rule.let us prove this!!
CaseI=AB=PQ.
In Traingle S ABC and pqr we have-
AB=PQ[By assumption]
<B=<Q[given]
BC=OR[given]
then The two triangles ABC and pqr are congruent I.e.Triangle ABC that is not equal to Traingle PQR[By SAS congruence rule]>
Thanks!!
your answer is wrong, our mate asked for proof of *asa* criteria not *sas* criteria
Similar questions