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In , , and . In , , and . Which congruence criterion can be used to prove with the…
MATHEMATICS · Single correct · CBSE · Mathematics · Triangles · Triangles
Problem
In
△
A
B
C
\triangle ABC
△
A
B
C
,
∠
B
=
90
∘
\angle B = 90^{\circ}
∠
B
=
9
0
∘
,
A
C
=
10
cm
AC = 10\,\text{cm}
A
C
=
10
cm
and
A
B
=
6
cm
AB = 6\,\text{cm}
A
B
=
6
cm
. In
△
D
E
F
\triangle DEF
△
D
E
F
,
∠
E
=
90
∘
\angle E = 90^{\circ}
∠
E
=
9
0
∘
,
D
F
=
10
cm
DF = 10\,\text{cm}
D
F
=
10
cm
and
D
E
=
6
cm
DE = 6\,\text{cm}
D
E
=
6
cm
. Which congruence criterion can be used to prove
△
A
B
C
≅
△
D
E
F
\triangle ABC \cong \triangle DEF
△
A
B
C
≅
△
D
E
F
with the given information? (a)
SAS
\text{SAS}
SAS
(b)
Not enough information
\text{Not enough information}
Not enough information
(c)
RHS
\text{RHS}
RHS
(d)
SSS
\text{SSS}
SSS
Related theory
Triangle Congruence
Triangle Congruence Criteria
Additional congruence criteria (RHS)
Triangles
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