How do you find the square footage of an odd-shaped area?

How do you find the square footage of an odd-shaped area?

How to Calculate the Square Feet of Odd Shapes

1. Measure all the dimensions or sides of the area.
2. Draw the area on graph paper using the measurements you obtained.
3. Divide the drawing into shapes.
4. Figure the area of each shape.
5. Add the areas of all the individual shapes to find the total square footage.

How do you calculate irregular area?

The simplest way to calculate the area of an irregular shape is to subdivide it into familiar shapes, calculate the area of the familiar shapes, then total those area calculations to get the area of the irregular shape they make up.

How do you find area of odd shapes?

To find the area of irregular shapes, first, we need to divide the irregular shape into regular shapes that you can recognize such as triangles, rectangles, circles, squares and so forth. Then, find the area of these individual shapes and add them to get an area of irregular shapes.

How do you calculate the area of an odd website?

How to use irregular area calculator?

1. Step 1: Measure all sides of the area in one unit (Feet, Meter, Inches or any other).
2. Step 2: Enter length of horizontal sides into Length 1 and Length 2. And Width of the vertical sides into Width 1 and Width 2.
3. Step 3: Press calculate button.
4. Our Formula: Area = b × h.

How do you find the area of an irregular shape with 4 sides?

The area of any irregular quadrilateral can be calculated by dividing it into triangles. Example: Find the area of a quadrilateral $$ABCD$$ whose sides are $$9$$ m, $$40$$ m, $$28$$ m and $$15$$ m respectively and the angle between the first two sides is a right angle.

How do you find the area of a 4 sided irregular shape?

The area of any irregular quadrilateral can be calculated by dividing it into triangles. Example: Find the area of a quadrilateral ABCD whose sides are 9 m, 40 m, 28 m and 15 m respectively and the angle between the first two sides is a right angle. The area of the quadrilateral ABCD =(180+126)=306 square meters.

What shape has 4 sides of different lengths?

Quadrilaterals are polygons with four sides (hence the beginning “quad”, which means “four”). A polygon with non-equal sides is called irregular, so the figure that you are describing is an irregular quadrilateral. This figure has side lengths of 1, 2, 3, and 4 respectively, so it is an irregular quadrilateral.

How do you find the area of an irregular shape that is made up of squares and rectangles?

The areas of such irregular figures can be determined by calculating the areas of these rectangles and squares. To find the area of a figure which is a combination of rectangles and a squares, we calculate the area of each figure separately and then add them to find total area.

What is the formula to calculate square feet?

When it comes to the formulas used for calculating total square footage, you are simply determining the area of the shape in question, using very geometry math. The most common square feet area formulas are: Square: A = s2 (Side Squared) Rectangle: A = ab (Side A x Side B) Circle: A = πr2 (Pi x Radius Squared)

How do you calculate square feet?

To determine total square feet in a square or rectangular space, simply multiply the length of the area by the width of the area. For example, if the length of a square area is 50 feet and the width of the area is 50 feet the equation would look like this: 50′ x 50′ = 2,500 Total Square Feet.

How do you find the area of an irregular shape?

The simplest way to calculate the area of an irregular shape is to subdivide it into familiar shapes, calculate the area of the familiar shapes, then total those area calculations to get the area of the irregular shape they make up. Collect the area formulas for shapes you’re already familiar with.

How do you calculate the area of an irregular polygon?

Area of Irregular Polygons. How to find the area of irregular polygons by following 4 simple steps: 1. Use parallel lines to find the lengths of missing sides. 2. Break the shape up into rectangles (or triangles). 3. Find the area of each smaller shape. 4. Add up the areas of each smaller shape.