Answer:
Let ABCD is a rhombus AC and BD are its diagonals which bisect each other at right angles at O.
AC= 16 cm and BD = 12 cm
∴
AO=16/2=8cm
BO=12/2=6 cm
Now, in right
△AOB
AB2=AO2+BO2
(Pythagoras Theorem)
=(8)2+(6)2
=64+36
=100
=(10)2
∴AB=10cm
But all the sides of a rhombus are equal
pls mark me as brainalist
All the sides of a rhombus are equal in length
The diagonals of a rhombus intersect at 90°
The send the sides of a rhombus form right triangles
In ∆AOB :-
AB² = AO²+OB²
=8²+6²
=√100
=10 cm
AB= 10cm
Therefore, the length of each side of a rhombus is 10cm
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Verified answer
Answer:
Let ABCD is a rhombus AC and BD are its diagonals which bisect each other at right angles at O.
AC= 16 cm and BD = 12 cm
∴
AO=16/2=8cm
BO=12/2=6 cm
Now, in right
△AOB
AB2=AO2+BO2
(Pythagoras Theorem)
=(8)2+(6)2
=64+36
=100
=(10)2
∴AB=10cm
But all the sides of a rhombus are equal
∴AB=10cm
pls mark me as brainalist
All the sides of a rhombus are equal in length
The diagonals of a rhombus intersect at 90°
The send the sides of a rhombus form right triangles
In ∆AOB :-
AB² = AO²+OB²
=8²+6²
=√100
=10 cm
AB= 10cm
Therefore, the length of each side of a rhombus is 10cm