If the area of rhombous is 48 cm sq and one of its digonal is 12 cm , find the side of rhombous
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area of rhombus =i/2 d1 d2
here A=48cm sq
d1=12
1/2*12*d2=48
6d2=48
d2=48/6=8
in a rhombus diagonals perpendicularly bisect each other
by applying pythagoras theorem ,
4^2+6^2=s^2
16+36=s^2
s=square root of 52
s=2*square root of 13
hope u like it
here A=48cm sq
d1=12
1/2*12*d2=48
6d2=48
d2=48/6=8
in a rhombus diagonals perpendicularly bisect each other
by applying pythagoras theorem ,
4^2+6^2=s^2
16+36=s^2
s=square root of 52
s=2*square root of 13
hope u like it
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Answered by
3
area of rohmbus = 1/2 ( product of diagonals)
48 cm^2 = 1/2 ( 12 x d )
let another diagonal is d
now ,
d = 96/12 = 8 cm
we know , point of intersection of diagonal of rohmbus divide two equal part of both diagonals .
and intersection point contains right angle in it .
let O is the point of intersection and AO is the half of first diagonal e.g
AO = 12/2 = 6 cm
and BO is the half of second diagonal
e.g BO = 8/2 = 4
and according to Pythagoras theorem ,
triangle AOB is right angle triangle.
so,
AB^2 =AO^2 +BO^2
AB^2 =6^2 + 4^2 =52
AB = 2 root13cm= 2 x 3.6
= 7.2 cm
hence side length of rohmbus is 7.2 cm
48 cm^2 = 1/2 ( 12 x d )
let another diagonal is d
now ,
d = 96/12 = 8 cm
we know , point of intersection of diagonal of rohmbus divide two equal part of both diagonals .
and intersection point contains right angle in it .
let O is the point of intersection and AO is the half of first diagonal e.g
AO = 12/2 = 6 cm
and BO is the half of second diagonal
e.g BO = 8/2 = 4
and according to Pythagoras theorem ,
triangle AOB is right angle triangle.
so,
AB^2 =AO^2 +BO^2
AB^2 =6^2 + 4^2 =52
AB = 2 root13cm= 2 x 3.6
= 7.2 cm
hence side length of rohmbus is 7.2 cm
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