The Importance Of Geometry In Civil Engineering

Mathematics have been used since the beginning of time. It has evolved from simple counting and measurement to shaping the earth's economy, government, and humanity(Shah). Geometry, being one of the key concepts in mathematics, entails such detail in points, lines, surfaces, shapes, and angles(NYU Engineering). People come across those properties in their everyday lives and careers. Careers normally involve problem solving, which is a massive part of geometry. While solving those daily tasks, the task is normally put into some sort of geometric equation(Thelwall). Depending on the occupation, that equation will have a variable representing the issue that needs to be solved. That way the employee can easily solve for the variable and perform

This means that they are constantly designing and planning construction such as bridges, railways, roads, water systems, etc. The architecture that people live in, work in, and come across in their daily lives is planned out using geometry by civil engineers(Stuart). Basic volume, area, and perimeter formulas are used in order to plan construction(NYU Engineering). If nothing were to be measured out, there would not be any efficient industrial cities or just simple buildings and roads. While the engineers perform these equations using the right formula, there are also many variables being used on the actual construction aspect(NYU Engineering). They must be cautious on the resource numbers, costs, and working area availability that the construction workers have to go through(Bosurgi). If they were to guess these variables, nothing would turn out the way it was planned to. That is why civil engineers must use geometry to perform their daily

An orthodontists goal is to find the diagnosis, prevention and correction of those teeth(Liatti). Being an orthodontist definitely needs the skills of being a perfectionist. Each bracket and each wire that is going on to the teeth must be perfect or the teeth will not turn out correctly. The only way to have such perfection in lines and points is using geometry(Shah). To put on braces, the orthodontist must use measurements and draw out models on how long and wide each bracket will be(Liatti). When an arch wire is placed in a set of brackets in the mouth, a complex force system is produced along the arch and that arch has to be the correct measurement(Shah). Using measurements is the only way to make each angle the perfect size. There cannot be any estimating on how the braces will turn out, using geometric equations is the only way for a perfect