Classifying Math Diagrams

Introduction to classifying math diagrams:

In mathematics we use different type of diagrams. In math, diagrams are classified as per the shape size of the figure. There are different types of diagrams are used in mathematics. In mathematics, diagrams are mainly used in geometrical problem. The diagrams in mathematics gives the clear explanation for particular problem. Classification of diagrams are given below,

• Circle
• Square
• Rectangle
• Rhombus
• Triangle
• Ellipse
• Parallelogram

Classifying math diagrams - Explanation
Classifying math diagrams - Circle:

• Circle has the radius (R), and diameter (d).
• The origin of the circle is indicated as O.
• The Interior angle of the circle is 360°.
• Area of the circle is pr2.
• Circumference of the circle is 2pr.

Classifying math diagrams - Square:


        

• Square has four equal sides.
• The side length of the square is denoted as S.
• Total angle of the square is 360°
• All the four sides have the same angle 90°
• Square has two diagonals and both the diagonals are equal in length
• Area of the square is s2

Classifying math diagrams - Rectangle:

• Rectangle have the four side lengths
• Length and width of the rectangle is denoted as L and W
• Opposite side of the rectangles are equal in length and also have same angle.
• Rectangle has two diagonal length
• Total angle of the rectangle is 360°
• Each side length of the rectangle  has 90°
• Area of the rectangle is (length * width)

Classifying math diagrams - Triangle

• A triangle has three side lengths.
• The sum of angle of the triangle is 180°
• Triangles are classified based on its side length and angle
• In right triangle, one angle should be 90°
• In equilateral triangle, all the three side lengths are equal
• Area of the triangle is (1 / 2) * b * h

Classifying math diagrams - Rhombus:

         

• Rhombus has four equal side length.
• It is also called as diamond.
• It is one of the quadrilateral diagram
• Opposite angles of the rhombus is equal
• Diagonals are perpendicular to each other
• Area of the rhombus is (base * height)