Table of Contents
Last modified on August 3rd, 2023
A rhombus is a quadrilateral having four equal sides where the opposite sides are parallel and opposite angles are equal. The plural form of a rhombus is rhombi or rhombuses.
It is the total space enclosed by the rhombus. The formula is given below:
Area (A) = (d1 × d2)/2, here d1 & d2 are the diagonals
Problem: Finding the area of a rhombus when only DIAGONALS are known
Find the area of a rhombus whose diagonals measure 8 cm and 6 cm.
As we know,
Area (A) = (d1 × d2)/2, where d1 = 8 cm and d2 = 6 cm
= (8 × 6)/2 cm2
= 48/2 cm2
= 24 cm2
Problem: Finding the area of a rhombus when BASE and HEIGHT are known
Find the area of a rhombus whose base is 11 cm and height is 8 cm.
Here we will use an alternative formula,
A = s × h, where s = base and h = height
In this rhombus, s = 11 cm and h = 8 cm
Since, A = s × h
= 11 × 8 cm2
= 88 cm2
The total distance covered around the edge of the rhombus. The formula is given below:
Perimeter (P) = 4s, here s = side
Problem: Finding the perimeter of a rhombus when only SIDES are known
Find the perimeter of a rhombus whose sides measure 9 cm each.
As we know,
Perimeter (P) = 4s,where s = 9 cm
= 4 × 9 cm
= 36 cm
Last modified on August 3rd, 2023