If you’ve ever wondered how to calculate the perimeter of a parallelogram, our **parallelogram perimeter calculator** will be of great assistance. Not only did we create the most basic **equation**, but we also implemented two more **parallelogram perimeter **formulas.

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## What is the perimeter of the parallelogram?

At the same time, the length of the continuous **line **produced by a **parallelogram’s **boundary is its **perimeter**. Also, it has the same unit as its sides. Generally, a **quadrilateral **is a closed **shape **formed by the **intersection **of four line segments. Furthermore, if the opposing sides of a **quadrilateral **are **parallel **and of **equal length**, it is termed a parallelogram. The rhombus, rectangle, and square are all instances of parallelograms. A parallelogram has the following qualities.

- The opposing parties are on an equal footing.
- Angles that are opposite each other are equal.
- Diagonals cut each other in half.
- Each pair of neighbouring angles is supplementary.

However, we may not always be aware of all the sides of a parallelogram. Therefore, we may instead be provided additional information about the parallelogram and asked to calculate its perimeter. In the following examples, the perimeter of a parallelogram may be determined.

- When the positions of two neighbouring sides are known.
- When you know one
**side**and the**diagonals**. - When you know the
**base**,**height**, and any**angle**.

## Parallelogram perimeter formula

In each of these circumstances, below are the formulae for calculating the perimeter of a parallelogram.

**The formula for the Perimeter of a Parallelogram with Sides**

As previously stated, the perimeter of a parallelogram is equal to the total of the lengths of all its sides. Besides, the opposing sides of a parallelogram are equal, as we know. Consider a parallelogram with ‘a’ and ‘b’ on two adjacent sides (the other two adjacent sides will be ‘a’ and ‘b’ alone).

*perimeter = a + b + a + b = 2 x (a + b)*

**Formula for the Perimeter of a Parallelogram with One Side and Diagonals**

Consider the sides ‘a’ and ‘b’ of a parallelogram with diagonals ‘x’ and ‘y’. Assume that the side ‘ a’ and the diagonals ‘x’ and ‘y’ are all known, but ‘b’ value is unknown, and we’re asked to calculate the parallelogram’s perimeter.

*perimeter = 2 x a² + √(2 x e² + 2 x f²- 4 x a²)*

The total of the squares of the lengths of the four sides of a parallelogram equals the sum of the squares of the lengths of the two diagonals, according to the converted parallelogram law:

*2 x a² + 2 x b² = e² + f²*

**Parallelogram Perimeter with Base, Height, and Angle**

Consider a parallelogram with one of its sides labelled ‘a,’ its matching height labelled ‘h,’ and one of the vertex angles labelled “. Let’s say the unknown side of the parallelogram is ‘b.’ We’ll solve for ‘b’ first, then calculate the perimeter.

*perimeter = 2 x (a + (h/sin(angle)))*

Because sin(angle) = sin(180° – angle), the neighbouring angles in the parallelogram are supplementary angles. Thus you may select whatever angle you desire.

## How to find the perimeter of a parallelogram using this calculator?

Here are a few steps, be sure to follow them to understand 100%:

- Figure out whatever
**component**of the calculator you require. Assume it’s the second instalment. - In this situation, the values are 15 in, 18 in, and 24 in for the side (a) and two diagonals (e, f). The calculator will notify you if you enter
**values**that do not make a parallelogram. (Think about it: why isn’t creating a parallelogram always possible? Is it feasible to make a triangle of e/2 and f/2 with a=1, e=15, and f=4?) - The value of the parallelogram perimeter calculator is displayed. It’s a 60:1
**ratio**.

## Calculate the distance AB between (0,0) and (5,10)

The first thing you need to do is input **data**. We can see that here. For example, we have two **points**. We will call them points 1 (0,0) and 2 (5,10). Suppose we all know that the values in **parentheses **represent the x and y **variables **we represent on the **coordinate system **as the **coordinates **of a **number**. Now that we have defined the coordinates, let’s move on to the more interesting part of this task. Our main task is to find the **distance **between two given points on a line?

Distance between two points = √(xB−xA)^{2}+(yB−yA)^{2}

= √(5−0)^{2} + (10−0)^{2}

= √(5)^{2 }+ (10)^{2}

= √25 + 100

= √125 = **11.1803**

Distance between points (0,0) and (5,10) is** 11.1803**

## Example: The area of the parallelogram ABCD is 54 m2, and its perimeter is 34 m. What are the dimensions of the parallelogram?

The area of the parallelogram **ABCD = base × height = BC × AE** **= 54 m**^{2} (Given, area of ABCD = 54 m2). Firstly, from the figure above, we can see that the height of the parallelogram is **AE = 6 m**. The base length of the parallelogram is **BC = 54 · AE = 546 = 9 m** (Substitute** AE = 6**.) The perimeter of the parallelogram **= AB + BC + AB + BC**.

(2 × AB) + (2 × BC) = 34

AB + BC = 17

AB = 17 – 9 =** 8 m**