To calculate the area of an irregular shape, the shape needs to be divided into regular shapes that can have their area easily calculated; the area of the regular shapes can be added up to equal the total area of the irregular shape. One way to calculate the area of a regular shape, namely a rectangle, is to multiply the length of the rectangle by its width. Different methods are used to calculate the areas of other regular shapes, such as circles, triangles and squares.
Continue ReadingMost irregular shapes are a combination of two or more regular shapes. These shapes could be a result of a triangle and a rectangle or two rectangles. The shape should be divided into two or more separate parts that form regular shapes. It is important that the dimensions of the irregular shape should be the same size when they are divided into regular shapes. This is especially important in geometry problems that are on paper.
To find the exact dimensions of a regular shape in real life applications, the shape can simply be remeasured. It is important that the exact area of the shape be discovered before the shapes are added together. Remember to use the Pythagorean Theorem (a^{2} + b^{2} = c^{2}) to calculate the area of a triangle and simply use the length times width formula to calculate the area of a rectangle or square.
Learn more about ShapesThe triangle is the strongest shape due to the rigidity of its sides, which allows them to transfer force more evenly through their sides than other shapes. Triangles are used extensively in the construction of buildings and bridges.
Full Answer >Two-dimensional, otherwise known as 2-D, is a way to describe shapes and objects that have exactly two dimensions. Any square, rectangle, triangle or circle, among many other shapes, are examples of 2-D objects.
Full Answer >There are several methods to find area and perimeter, depending on the shape of the figure. To find the area of a square or rectangle, use this formula: length x width. To find the perimeter, use this formula: (length x 2) + (width x 2).
Full Answer >To find the area of the shaded region, first find the area of the entire shape. Then find the area of the shape that is not shaded. Finally, subtract the area that is not shaded from the area of the entire shape.
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