Q: How are ideas about geometry connected?

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The branch of mathematics we know as geometry was not "discovered" by any one person. Rather, it was developed by different philosophers and mathematicians across many hundreds of years or even thousands of years. We know geometry was studied by the ancient Greeks, and there is evidence that other ancient cultures had investigators who worked with geometric ideas. It is not difficult to look around in the world and see geometric ideas. They can be found in natural things, like the shapes and arrangements of flower petals, to cite one example. The builders of many structures in the ancient world obviously mastered geometry and the physics (mechanical engineering) of structures. Today we can find no architects that lack an appreciation of geometric ideas; there is a geometry apparent in things we build, both large and small. And the ideas of geometry are an essential part of study for matriculating teenagers because of the wide applications in which geometry plays a part.

You could find out how to keep shapes proportional. For some more ideas you can talk to your teacher, look at past ideas, or look online.

Right from the early life geometry begins. it has passed through many stages and now we got a well developed method and so many ideas about geometry. we can simply say that it is a way or an idea of solving mathematical problems and related with shapes , angles , area, length etc.... but in ancient times geometry was commonly used in real life for astronomy, surveying, navigation etc. Euclid was referred to as the father of geometry. Many other mathematicians also introduced many methods for geometry. so because of all these we got new methods , ideas and ways for geometry.geometry is also a factor for developing a nation...........

The origins of geometry are so unclear that no single individual can be credited with the "discovery" of this branch of mathematics. That said, we can cite the names of a number of early investigators who made major contributions, beginning with Euclid.Certainly it is broadly accepted that Euclid, the Greek mathematician, got the ball rolling with his Elements, which was penned circa 300 BC. This cornerstone volume gathered ideas and provided structure to what was then geometry. But manuscripts and writings dealing with geometry have been discovered, and date further back than Euclid. It could be argued that geometric ideas arose at the time formal writing developed. Use the link below to get an overview of the history of geometry.

They all have the ability to think of creative ideas. They work hard to do that kind of things

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His major contributions are in geometry and in his book The Elements. He gave many rules of geometry which are also used nowadays. Books of Euclid provide a base of geometry. Euclid's ideas and theories are still considered as basics of mathematics. His most famous work was Metric. Another contribution of Euclid was that he gave the practical ideas in Mathematics.

The branch of mathematics we know as geometry was not "discovered" by any one person. Rather, it was developed by different philosophers and mathematicians across many hundreds of years or even thousands of years. We know geometry was studied by the ancient Greeks, and there is evidence that other ancient cultures had investigators who worked with geometric ideas. It is not difficult to look around in the world and see geometric ideas. They can be found in natural things, like the shapes and arrangements of flower petals, to cite one example. The builders of many structures in the ancient world obviously mastered geometry and the physics (mechanical engineering) of structures. Today we can find no architects that lack an appreciation of geometric ideas; there is a geometry apparent in things we build, both large and small. And the ideas of geometry are an essential part of study for matriculating teenagers because of the wide applications in which geometry plays a part.

Euclidean geometry has become closely connected with computational geometry, computer graphics, convex geometry, and some area of combinatorics. Topology and geometry The field of topology, which saw massive developement in the 20th century is a technical sense of transformation geometry. Geometry is used on many other fields of science, like Algebraic geometry. Types, methodologies, and terminologies of geometry: Absolute geometry Affine geometry Algebraic geometry Analytic geometry Archimedes' use of infinitesimals Birational geometry Complex geometry Combinatorial geometry Computational geometry Conformal geometry Constructive solid geometry Contact geometry Convex geometry Descriptive geometry Differential geometry Digital geometry Discrete geometry Distance geometry Elliptic geometry Enumerative geometry Epipolar geometry Euclidean geometry Finite geometry Geometry of numbers Hyperbolic geometry Information geometry Integral geometry Inversive geometry Inversive ring geometry Klein geometry Lie sphere geometry Non-Euclidean geometry Numerical geometry Ordered geometry Parabolic geometry Plane geometry Projective geometry Quantum geometry Riemannian geometry Ruppeiner geometry Spherical geometry Symplectic geometry Synthetic geometry Systolic geometry Taxicab geometry Toric geometry Transformation geometry Tropical geometry

Euclid

euclid

You could find out how to keep shapes proportional. For some more ideas you can talk to your teacher, look at past ideas, or look online.

Right from the early life geometry begins. it has passed through many stages and now we got a well developed method and so many ideas about geometry. we can simply say that it is a way or an idea of solving mathematical problems and related with shapes , angles , area, length etc.... but in ancient times geometry was commonly used in real life for astronomy, surveying, navigation etc. Euclid was referred to as the father of geometry. Many other mathematicians also introduced many methods for geometry. so because of all these we got new methods , ideas and ways for geometry.geometry is also a factor for developing a nation...........

Euclid's Elements is a 13 book series on geometry written by Euclid in 300 BC. It includes information on both plane and spatial geometry.

The origins of geometry are so unclear that no single individual can be credited with the "discovery" of this branch of mathematics. That said, we can cite the names of a number of early investigators who made major contributions, beginning with Euclid.Certainly it is broadly accepted that Euclid, the Greek mathematician, got the ball rolling with his Elements, which was penned circa 300 BC. This cornerstone volume gathered ideas and provided structure to what was then geometry. But manuscripts and writings dealing with geometry have been discovered, and date further back than Euclid. It could be argued that geometric ideas arose at the time formal writing developed. Use the link below to get an overview of the history of geometry.

Margaret A. Farrell has written: 'Geoboard geometry' 'Systematic instruction in mathematics for the middle and high school years' -- subject(s): Study and teaching (Secondary), Mathematics 'Geoboard geometry' -- subject(s): Geometry, Study and teaching 'Imaginative Ideas for the Teacher of Mathematics, Grades K-12'

They all have the ability to think of creative ideas. They work hard to do that kind of things

Sure capitalism is based on a set of ideas = ideology. The main IDEAS behind capitalism are the closely connected 'inflation' and 'infinite growth'