Which congruence criterion will you use for proving the congruency of these two triangles?

Given: RP = ZX, RQ = ZY, $∠ P R Q = ∠ X Z Y$
So, $Δ P Q R ≅ Δ X Y$

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Solution

Given, RP = ZX, RQ = ZY, $∠ P R Q = ∠ X Z Y$
The two sides and one included angle in one of the triangle are equal to the corresponding sides and the angle of other triangle.

Hence, by SAS congruence criterion,
$Δ P Q R ≅ Δ X Y Z$

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Similar questions

Question 1 (b)\angle{F}
Which congruence criterion do you use in the following?

Given: RP = ZX, RQ = ZY, $∠ P R Q = ∠ X Z Y$
So, $Δ P Q R ≅ Δ X Y$

Question 1 (b)
Which congruence criterion do you use in the following?
Given: RP = ZX, RQ = ZY, $Δ P R Q = Δ X Z Y$
So $Δ P Q R = Δ X Y$

∠ P R Q = ∠ X Z Y

So, △ P Q R ≅ △ X Y Z

Which congruence criterion do you use in the following?

(a) Given: AC = DF

AB = DE

BC = EF

So, ΔABC ≅ ΔDEF

(b) Given: ZX = RP

RQ = ZY

∠PRQ = ∠XZY

So, ΔPQR ≅ ΔXYZ

∠NML = ∠GFH

ML = FG

So, ΔLMN ≅ ΔGFH

(d) Given: EB = DB

AE = BC

∠A = ∠C = 90°

So, ΔABE ≅ ΔCDB

Which congruency criterion could be used to check for congruency of two right-angled triangles?

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