Tangent aside, the farmer's plot of land has a length of 220 feet, and a width of 99 feet. The foot was defined to be exactly 0.3048 meters in 1959 after having changed over an extensive period of time, as historically, the human body was often used to provide a basis for units of length, and unsurprisingly, was inconsistent based on time and location. The farmer also lives in the United States, and being unfamiliar with the use of SI units, still measures his plot of land in terms of feet. Because he owns some cows that he did not want frolicking freely, he fenced the piece of land and knew the exact length and width of each edge. Imagine a farmer trying to sell a piece of land that happens to be perfectly rectangular. The Farmer and his Daughter – Unsold Land The equation for calculating the area of a rectangle is as follows: When the length and width of a rectangle are equal, the shape is a special case of a rectangle, called a square. In the case of a rectangle, the length typically refers to the longer two edges of the quadrilateral, while the width refers to the shorter of the two edges. A quadrilateral by definition is a polygon that has four edges and vertices. It is one of the simplest shapes, and calculating its area only requires that its length and width are known (or can be measured). RectangleĪ rectangle is a quadrilateral with four right angles. Provided below are equations for some of the most common simple shapes, and examples of how the area of each is calculated. The standard unit of area in the International System of Units (SI) is the square meter, or m 2. It can be visualized as the amount of paint that would be necessary to cover a surface, and is the two-dimensional counterpart of the one-dimensional length of a curve, and three-dimensional volume of a solid. Printf('Perimeter of Rectangle : %0.Related Surface Area Calculator | Volume CalculatorĪrea is a quantity that describes the size or extent of a two-dimensional figure or shape in a plane. * Perimeter of Rectangle = 2 X(Length + Width) */ At last, it prints the perimeter of rectangle on screen using printf function. To find the perimeter of rectangle we add the length and width of rectangle and then multiply it with 2(as per formula given above) and store perimeter in a floating point variable.

Printf('Area of Rectangle : %0.4f ', area) Ĭ Program to find the perimeter of the rectangleīelow program, first takes length and width as input from user using scanf function and stores in 'length' and 'width' variables. At last, it prints the area of rectangle on screen using printf function.

To find the area of rectangle we multiple the length and width of rectangle and store area in a floating point variable. Below program, first takes length and width as input from user using scanf function and stores in 'length' and 'width' variables. To calculate area of a rectangle, we need length and width of a rectangle. W is the length of smaller side of rectangleĬ Program to find the area of the rectangle L is the length of longer side of rectangle As opposite sides of a rectangle are equal we can calculate perimeter of rectangle as follows: To find the perimeter of a rectangle, we should add the length of all four sides of rectangle.

Find area of rectangle given perimeter