# 10 Properties Of Rectangle

This is about the properties of the rectangles, which are usually made up of two dimensions.

The length and width can be considered properties in that they are both measurable characteristics that each rectangle possesses. Though their measurements can be different, they are also normally equal in size, at least when the rectangle is viewed from the right angle. The other two properties of a Rectangle are length and width, whickers the sum of the four sides of a rectangle. These properties do not need to be different from one another since they can be classified as a set.

## The Properties Of Rectangle Have Been Explained As:

1. The length of a rectangle is the distance from one edge to another. The length is an amount and does not need to be measured since it can be derived through the two dimensions already mentioned. A rectangle is a non-linear shape, but the length of a rectangle is always one-dimensional allowing it to be defined as a measurement.
1. The width of a rectangle is the distance from one side to another. The width is also an amount and does not need to be measured since it can be derived through the two dimensions already mentioned. A rectangle is a non-linear shape, but the width of a rectangle is always one-dimensional allowing it to be defined as a measurement.
1. The perimeter bounding area of a rectangle is the shortest distance between any pair of points that are on the same side and any two opposite sides; it does not need to be equal to either its length or its width.
1. The area of a rectangle is the number multiplied by the width times its length. The formula for calculating the area of a rectangle is A = w*h, where A represent the s area, w represents the width, h represents height.
1. The diagonal or diameter of a rectangle is any straight line segment connecting two non-adjacent vertices. It is similar to the diameter of a circle, which is also called the radius. The length of the diagonal is the hypotenuse of a right triangle formed by connecting two of its vertices. It is always either half or twice the length of one of the sides and it cannot be longer than one side.
1. The perpendicular of a rectangle is any line that intersects the rectangle at its midpoint. The distance from the midpoint to an arbitrary point inside the rectangle is equal to that from that point at an intersection of the edges with the perpendicular.
1. The angle of a rectangle is an angular measurement usually expressed in degrees or radians, equal to the measurement formed by two straight lines intersecting each other at two non-adjacent vertices.
2. An isosceles rectangle is a rectangle that has two equal sides. The symmetry and the congruence of rectangles make it possible to cut a rectangle along with any lie and still preserve its symmetry.
1. An equilateral rectangle is a rectangle with all four sides of equal length. While all rectangles are by definition parallelograms, not all parallelograms are rectangles.
1. A right-angled rectangle is a rectangle with a 90° angle. A right angle is a corner forming a right angle, the vertex of the angle being the intersection point of two lines that divide the corner into two 90° angles, each measuring 45°. The 90° angle in a right-angled triangle is also called an orthogonal or perpendicular, depending on its measure or quadrant, and the line containing it is called an altitude.

## Conclusion

The properties of the f rectangle are the major properties which are the length, width, area, width, perimeter, and angle that makes it a rectangle rectilinear figure. While these properties can be derived through the two dimensions, they are usually equal in size at least when viewed from the right angle. Hopefully, if you want to learn about the Area of Rectangle you can surely visit Cuemath.

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