Why do geometry

It is used in art, engineering, sports, cars, architecture and much more. Since geometry deals with space and shapes, it is easy to see why it has many applications in the life of an average person as opposed to algebra or calculus, which are typically only used by those going into math-related fields.

One reason geometry is studied is to improve visual ability. Most people think in terms of shapes and sizes, and understanding geometry helps improve reasoning in this area. The ability to think in three-dimensional terms is another reason to study geometry.

It is broken into plane geometry, flat shapes like lines, circles and triangles, and solid geometry, solid shapes like spheres and cubes. Geometry helps understanding of spatial relationships. Architects use geometry to study and divide space as well as draft detailed building plans. Builders and engineers rely on geometric principles to create structures safely. Designers apply geometry along with color and scale to make the aesthetically pleasing spaces inside.

Applying geometry in design is unavoidable. Geometry is the fourth math course in high school and will guide you through among other things points, lines, planes, angles, parallel lines, triangles, similarity, trigonometry, quadrilaterals, transformations, circles and area.

Mathplanet hopes that you will enjoy studying Geometry online with us! Aerospace engineers use geometric principles to design military aircraft and spacecraft that will operate well in hazardous conditions. Mechanical engineers design, construct and install mechanical devices. One way they use geometry is to calculate the volume of tanks used in water pumping stations.

Geometry allows students to connect mapping objects in the classroom to real-world contexts regarding direction and place. Understanding of spatial relationships is also considered important in the role of problem solving and higher-order thinking skills. Geometry is a branch of mathematics that studies the sizes, shapes, positions angles and dimensions of things. Flat shapes like squares, circles, and triangles are a part of flat geometry and are called 2D shapes.

These shapes have only 2 dimensions, the length and the width. Euclidean geometry is geometry in its classical sense. As it models the space of the physical world, it is used in many scientific areas, such as mechanics, astronomy, crystallography, and many technical fields, such as engineering, architecture, geodesy, aerodynamics, and navigation. Euclid and His Accomplishments He lived lots of his life in Alexandria, Egypt, and developed many mathematical theories.

He is most famous for his works in geometry, inventing many of the ways we conceive of space, time, and shapes. Some people think in shapes and sizes, others think with visual abilities.

When visualizing we need the understanding of geometry to be able to do that. Your imagination is like an untapped source of objects that all need to come together in a bigger picture. Many different scientific and technological fields require knowledge of geometry. Especially in the more advanced and specialized study fields the use and knowledge of Geometry is essential to excelling. Geometry helps you to bring together both sides of your brain. In other words, not just be a left-brain thinker, but also a right-brain thinker.

The left-brain is the more logical, technical field, whereas the right-brain is the part that visualizes and where the artist gets their creative inspiration from. Not many people have the ability to make the two connect and work together as one. Geometry will assist in doing that. Think of geniuses that created man made wonders. They all made use of geometry to be able to construct and make their creative thinking come to life. Without the use of geometry it would only have stayed ideas and dreams.

The same with architects that design buildings with interesting shapes and sizes. Today architects are very creative in their thinking. Two and three Dimensional shapes are originated in geometry.