You’ve probably seen the diamond form in the playing cards. Rhombi are all parallelograms and kites. If the rhombus’s angles are all 90 degrees, it is a square.

A rhombus is a form of quadrilateral in Euclidean geometry. It is a kind of parallelogram in which the diagonals connect at 90 degrees. This is the fundamental feature of the rhombus. A rhombus has the form of a diamond. As a result, it is also known as a diamond.

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**Area of Rhombus**

The area of a rhombus on a two-dimensional plane is defined as the amount of space surrounded or encompassed by a rhombus. A rhombus is a specific sort of parallelogram in which all sides are equal. The internal angle of a rhombus can be used to distinguish it from a square. A rhombus’ internal angle does not have to be a straight angle. Depending on the characteristics we have, we may compute the area of rhombus in a variety of methods.

**Area of Rhombus – Formula**

The formula of Area of Rhombus: ½ x ((a*b) product of the lengths of the diagonals)

Where a and b are lengths of diagonals of the rhombus

**What is a Rhombus?**

A rhombus is a four-sided quadrilateral that is a particular case of a parallelogram. The opposing sides of a rhombus are parallel, and the opposite angles are equal. Furthermore, all the sides of a rhombus are the same length, and the diagonals intersect at right angles. A rhombus is frequently referred to as a diamond or rhombus diamond. Rhombi or rhombuses is the plural form of rhombus.

**Rhombus Angles**

There are a total of four angles in a rhombus. The following are some noteworthy facts concerning rhombus angles.

- The inner angles of a rhombus are four.
- The total of a rhombus’ internal angles equals 360 degrees.
- A rhombus’s opposite angles are equal in measure.
- The adjacent angles are extraneous.
- Diagonals in a rhombus intersect at 90 degrees.
- These angles are bisected by the diagonals of a rhombus.

**What is the Perimeter of a Rhombus?**

The perimeter of a rhombus is defined as the sum of all sides of a rhombus. The rhombus is known to be a quadrilateral in which all four sides of the rhombus are of the same measure. A rhombus is always a parallelogram, yet a parallelogram may not necessarily be a rhombus constantly.

**Properties of Rhombus**

- The rhombus has equal sides on all sides.
- A rhombus’s opposite sides are parallel.
- A rhombus’s opposite angles are equal.
- Diagonals in a rhombus intersect at 90 degrees.
- A rhombus’ angles are bisected by diagonals.
- The product of two adjacent angles equals 180 degrees.
- A rhombus’s two diagonals generate four right-angled triangles that are congruent to each other.
- When you link the midpoints of the sides, you will receive a rectangle.
- When you combine the midpoints of half the diagonal, you obtain another rhombus.
- Around a rhombus, there can be no circumscribing circle.

**Rhombus in Daily Life**

You may not realize it, but we are surrounded by rhombuses in real life as well. Rhombuses may be found in several items around us, including a kite, automobile windows, rhombus-shaped earrings, building structures, mirrors, and even a portion of a baseball field.

Diamonds are one-of-a-kind forms because they feature a variety of geometric properties. A diamond is known to be a quadrilateral, which is a two-dimensional flat shape with four closed, straight sides. A diamond, on the other hand, is classified as a rhombus since it has 4 equal sides and opposing angles that are equal.