The ancient Greeks were the first to explore ruler and compass constructions, and Euclid was the first to develop a formal theory on them. There are several famous problems that cannot be solved using compass and straightedge, such as trisection of the angle. However, we need not construct with the ruler and compass. We could also use the drafter\u27s dividers, the compass alone, the ruler alone, or even a tool known as the cannon, and using these tools gives us some interesting fields of constructible numbers. In this talk, I will demonstrate the capabilities of geometric constructions and show how they are an exciting way to explore math without using algebra
In the first part of this article, we introduced three alternative geometrical toolkits: (a) the str...
The geometers of ancient Greece invented a peculiargame for themselves, a game called construction,w...
Many topics that mathematicians study at times seem so unrelated such as Geometry and Abstract Algeb...
Ancient Greeks were fascinated with what could be constructed only using a compass and a straightedg...
to the forerunner of Western geometry. After a good deal of work had been devoted to the field, Eucl...
The whole of plane geometry is based on two figures,the straight line and the circle. Both these fig...
What can be done with straight-edge and compass? We will now address math in the way that the Greeks...
The purpose of this project is to demonstrate first why trisection for an arbitrary angle is impossi...
There has been considerable interest during the past 2300 years in comparing different models of geo...
Construction techniques with ruler and the compasses, fundamental on Euclidean geometry, have been r...
All our geometry, whether limited to circles and. straight lines or extended to include conic sectio...
Ever since the very beginning of ancient philosophy, from Pythagoras to Plato, we know that the worl...
Geometric constructions with ruler and compass are excellent tools to develop in elementary and high...
It is well-known to be impossible to trisect an arbitrary angle and duplicate an arbitrary cube by a...
[EN] Geometric constructions with straightedge and compass go as far back as to the time of the anci...
In the first part of this article, we introduced three alternative geometrical toolkits: (a) the str...
The geometers of ancient Greece invented a peculiargame for themselves, a game called construction,w...
Many topics that mathematicians study at times seem so unrelated such as Geometry and Abstract Algeb...
Ancient Greeks were fascinated with what could be constructed only using a compass and a straightedg...
to the forerunner of Western geometry. After a good deal of work had been devoted to the field, Eucl...
The whole of plane geometry is based on two figures,the straight line and the circle. Both these fig...
What can be done with straight-edge and compass? We will now address math in the way that the Greeks...
The purpose of this project is to demonstrate first why trisection for an arbitrary angle is impossi...
There has been considerable interest during the past 2300 years in comparing different models of geo...
Construction techniques with ruler and the compasses, fundamental on Euclidean geometry, have been r...
All our geometry, whether limited to circles and. straight lines or extended to include conic sectio...
Ever since the very beginning of ancient philosophy, from Pythagoras to Plato, we know that the worl...
Geometric constructions with ruler and compass are excellent tools to develop in elementary and high...
It is well-known to be impossible to trisect an arbitrary angle and duplicate an arbitrary cube by a...
[EN] Geometric constructions with straightedge and compass go as far back as to the time of the anci...
In the first part of this article, we introduced three alternative geometrical toolkits: (a) the str...
The geometers of ancient Greece invented a peculiargame for themselves, a game called construction,w...
Many topics that mathematicians study at times seem so unrelated such as Geometry and Abstract Algeb...