The surface area of a rectangular prism is the measure of how much exposed area a prism covers. Therefore, the lateral surface area of a rectangular prism =2(l+w)h square units Therefore, the lateral surface =P.h square units The lateral surface area of any right rectangular prism is calculated using the perimeter of the base times the height of the prism. The lateral surface area of a rectangular prism is the sum of the surface area of all its faces excluding the base of the rectangular prism. Lateral Surface Area of a Rectangular Prism
There are two types of rectangular prisms named a right rectangular prism and non-right rectangular prisms ( also known as an oblique rectangular prism). The pairs of opposite faces of a rectangular prism are equal. Large structures such as cargo containers, buildings, storage sheds, and skyscrapers are also an example of a rectangular prism.Ī rectangular prism has 6 faces(each of the faces is rectangular). The below diagram represents a right rectangular prismsĮxamples of rectangular prism shaped objects are Rectangular tissue box, school notebooks, binders, laptops, d oors, containers, cabinets, mobiles, cereal boxes, fish tanks etc. Rectangular prism shape consists of the following properties:įaces of a rectangular prism= 6 (including bases) A right rectangular prism is a prism that has six faces and all the faces are rectangles. Let us learn more about rectangular prism, right rectangular prism, cuboids, and cubes with the help of Rectangular Prism.Ī prism having a rectangular base is called a rectangular prism. In this article, we will discuss rectangular prisms, their properties, formulas to calculate the area and volume of a prism. They are the right rectangular prism and oblique rectangular prism. Prisms are of different types named as triangular prisms, square prisms, rectangular prisms, pentagonal prisms, hexagonal prisms etc. Prisms are solid shapes with identical polygon ends and flat parallelogram sides.
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