Cylinder: An exemplary figure of geometry

Cylinder: An exemplary figure of geometry
Written by Medhaavi Mishra

Geometry is one of the oldest disciplines of mathematics that deals with various forms and sizes. It is the study of their distinct forms and sizes, as well as their characteristics. There are several theorems linked with the various figures. Geometry, due to its vastness, finds application in a wide range of areas. It is due to Geometry’s adaptability. It is widely used in the field of art, science, architecture, structural engineering, and many more. Mensuration is one of the most essential parts of geometry. This topic’s appeal stems from its ability to compute the dimensions of various forms. One of those figures is a cylinder that plays a very crucial role in geometry.

All of the formulae involved in the computation of dimensions of a cylinder such as area, volume, and many other similar values should be well known. These dimensions cannot be calculated without learning the formulae. Questions on mensuration, specifically cylinders, are posed in key examinations.

Mensuration is a crucial aspect of mathematics. It is critical to recall all of the attributes of various forms since they aid in the solution of issues involving those shapes. The cylinder is one of the most distinctive forms among all the shapes. It’s a three-dimensional solid with outstanding characteristics. It is a very complex shape. However, because it is such a significant figure, one should be aware of all of its qualities. 

The cylindrical section of any cylinder represents the point at which the cylinder’s surface intersects with a plane. Some fundamental shapes, such as a rectangle or a parallelogram, can be fashioned from a cylinder. This denotes the significance of a cylinder and establishes it as one of the fundamental figures of geometry. This article throws light upon some of the most important sections of a cylinder.

Major postulates related to cylinder:

The cylinder’s surface area:

This is an extremely significant cylinder characteristic. It is computed by taking the total of all surface areas into account. It consists of the top and bottom bases, as well as their respective surfaces. The surface area of cylinder is calculated by multiplying the radius by the height, which is then multiplied by two times pie. This is a critical cylinder parameter that aids in the resolution of critical issues. Students should thoroughly practice questions relating to this topic.


Cylinders come in a variety of shapes and sizes. The right cylinder is a kind of cylinder in which the intersecting plane is perpendicular to all other components of the cylinder. Many significant forms, such as the hyperbola, parabola, and ellipse, are derived from this type. These forms provide the foundation of a highly fundamental sort of geometry known as coordinate geometry. It is a very significant issue, and inquiries about it are prevalent in upper levels. Students in higher grades are expected to pay special attention to this subject. This area of mathematics is known as the conic section. It is one of the most fascinating aspects of the subject. Another specific kind is referred to as a solid cylinder.

The respective volume:

This is another critical cylinder characteristic. Many significant features of a cylinder may be predicted by its volume. The volume of a cylinder is determined by multiplying the height by the square of the radius and then multiplying the product of these two terms by pie. This formula should be well-memorized. This may be accomplished by practicing a variety of questions about the volume of cylinder.

This particular article gives a vivid description of the different characteristics of cylinders. Students can take the help of Cuemath if they face any difficulty in understanding a particular problem. It is a magnificent online platform that solves the doubts of needy students related to Mathematics and Coding.

About the author

Medhaavi Mishra