diagonals of a rhombus are 6cm and 5 cm. Its area will be
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Answer :15cm²
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_________________________
Area of Rhombus-: 15 cm^2
_____________________________
Step by Step Explanation-:
Area of Rhombus-:
“A = 1/2 x d1 x d2”
A = Area
D1 = Diagonal 1
D2 = Diagonal 2
____________________________
Given ,
Diagonal 1 of Rhombus = 6cm
Diagonal 2 of Rhombus = 5 cm
To find ,
Area of Rhombus
__________________
Solution,
Formula of Area of Rhombus-:
“A = 1/2 x d1 x d2”
A = Area
D1 = Diagonal 1 = 6 cm
D2 = Diagonal 2 = 5 cm
= 1/2 x 6 x 5
= 3 x 5
= 15 cm ^2
Area of Rhombus-: 15 cm^2
______________________________
Formula of Area of Rhombus and
Trapezium-:
Rhombus-: “A = 1/2 x d1 x d2”
A = Area
D1 = Diagonal 1
D2 = Diagonal 2
Trapezium-: “A = 1/2 x h (a+b)”
H = height
(a +b) = sum of parallel sides
A = Area
_______________________________
_________________________
Area of Rhombus-: 15 cm^2
_____________________________
Step by Step Explanation-:
Area of Rhombus-:
“A = 1/2 x d1 x d2”
A = Area
D1 = Diagonal 1
D2 = Diagonal 2
____________________________
Given ,
Diagonal 1 of Rhombus = 6cm
Diagonal 2 of Rhombus = 5 cm
To find ,
Area of Rhombus
__________________
Solution,
Formula of Area of Rhombus-:
“A = 1/2 x d1 x d2”
A = Area
D1 = Diagonal 1 = 6 cm
D2 = Diagonal 2 = 5 cm
= 1/2 x 6 x 5
= 3 x 5
= 15 cm ^2
Area of Rhombus-: 15 cm^2
______________________________
Formula of Area of Rhombus and
Trapezium-:
Rhombus-: “A = 1/2 x d1 x d2”
A = Area
D1 = Diagonal 1
D2 = Diagonal 2
Trapezium-: “A = 1/2 x h (a+b)”
H = height
(a +b) = sum of parallel sides
A = Area
_______________________________
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