**Geometry Introduction : **

The term Geometry described from two Greek words, **Geo** which suggests earth and **Metric** which suggests measurement. Thus the study which measures the shapes, sizes and positions of objects and figures on earth is understood as Geometry. and therefore the tools which are accustomed study and understand this very interesting a part of the mathematic stream are called the Geometrical Formulas. **Euclid **is claimed to be the **daddy** of Geometry and he has propagated various formulas in his book the weather.

Introduction to geometry usually involves a learning guide that may simplify the formulae further as explain the utilization of the identical in their studies. it might allow the scholars to functionally use the basic concepts of geometry like the essential constructions, definitions and geometric tools.

Geometry is found in almost every field of life as in art, architecture, engineering, robotics, land surveys, astronomy, sculptures, space, nature, sports, machines, cars and far more.

Introduction to geometry formulas also allows students to acknowledge and functionally explore geometrical patterns through generalization and logic. Its also an aid for a student to initially identify and subsequently make functional use of geometrical concepts like its definitions, postulates, geometrical statements in if-then form and its converses among others.

While here you’ll be able to find a comprehensive list of cheap quality geometry books and other geometry learning materials which will persuade be very helpful in studying the essential to the foremost advanced concepts involved in geometry through the fastest, easiest, and most convenient manner.

**Types of Geometry –**

**General Geometry****Differential Geometry****Fractal Geometry****Co-ordinate Geometry**

### General Geometry :

General geometry does not necessarily refer to the fundamental geometrical concepts such as geometric definitions, simple constructions, and the proper use of geometry tools. Instead, General Geometry is often considered as a new form of geometry that involves concepts of electromagnetism, and another special case under the definitions of General geometry initially involves **Riemannian** geometry.

**Maxwell equations** and electromagnetic field actions are considered to be functional derivatives from the electromagnetic curvature functions. This makes General geometry a branch of geometry that does not actually involve just the most fundamental postulates and concepts housed by this mathematical discipline. Through General geometry, equations of particle motion whenever it interacts with electromagnetic forces directly coincide with actual geodesic equations involving General geometrical concepts underlying electromagnetism, and this often shows that **Riemannian** geometry cannot functionally quantify such electromagnetic equations.

Thus, it is only through General geometry can it be said that functional models of unified gravitation and electromagnetism can be proposed, and General geometry can even predict that electromagnetic fields can be mathematically considered as sources of gravitational fields through 4-dimensional coordinate planes.

### Differential Geometry:

Differential geometry is initially used to functionally classify and theoretically represent geometrical curves through geometric methods that should be independent from the parameterization of differentiable geometric curves. The addition of Sufficient dimensions through differential geometry to geometric equations can functionally produce a set of geometric curves in geometry.

Differential geometry is also the functional study of curved shapes and spaces, and this field of geometry is often the starting point of students when it comes to observing geometric spaces and shapes through differential equations in direct combination with derivative calculus.

### Fractal Geometry:

Fractal geometry is used to describe geometric shapes and spaces that are symmetrical within scalable planes. Fractal geometry is considered as a modern geometric method that deviates from **Euclidean geometry** since Fractal geometry proposes that when such geometric shapes and spaces are functionally magnified, portions of such geometric objects can be seen as similar to each other within a scalable plane. Through Fractal geometry, the parts are seen as similar to each other, the parts of such similar parts also bear resemblance, and this goes on and on up until an infinite amount of parts has been dissected, magnified, and observed.

### Co-ordinate Geometry :

Coordinate Geometry is that the investigation of geometric objects using the coordinate systems. **Rene Descartes** was the primary person to use algebra to geometry and hence, it’s called because the Cartesian Geometry. It evolves from the fundamental premise that any point in two-dimensional space may be represented by two numbers and any point in three-dimensional space by three.

Coordinate Geometry is termed because the geometry because it’s concerned with the properties of and relationships between points, lines, planes, and figures and with generalizations of those concepts. The approach to geometric problems is primarily algebraic in coordinate geometry.

It’s commonest application is within the representation of equations involving two or three variables as curves in two or three dimensions or surfaces in three dimensions.

**Learn Geometry –**

Geometry is one amongst the foremost interesting branches of Mathematics which deals with shapes, size and position of 2-dimensional shapes and 3-dimensional figures. But one take a look at its varied formulas and it’d give jitters to a layman. It may be made quite fascinating if the learner follows some basic rules while studying Geometry.

The following tips can be taken into consideration while learning Geometry and its various formulae.

**Continuous Practice: **“Practice Makes a person Perfect” is an age old adage which has relevancy in most cases. More so when one is studying geometry. Learning about geometry, or mathematics as an entire, requires diligence and much of practice. One can practice learning geometry even outside the boundaries of educational institutions.

**Understand the Definitions:** The learner should target understanding the essential geometrical formulas and its applications.

**Practice by Drawing:** Pictorial depiction remains in memory for a extended time. that the student of geometry should attempt to understand the formulae or theorems by drawing them and coloring them.

**Use of Proper Geometrical tools:** Geometry is all about measurements. that the learner should have a radical knowledge of the varied tools just like the protractor, compass, squares, calculator and rulers.

**Geometry in Real Life:** Create a fun yet educating experience and environment for the learners by incorporating geometry in real world experiences.