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Right triangles are very important in our world today. This is because dimensions intersect at right angles. In physics, triangle geometry is extremely important so that vectors of multidimensional direction can be split into components, which can be used to calculate trajectory of flying objecting and all sorts of other motion.
Without right triangle geometry, things like engineering, video games, and computer graphics could not exist as we know them today!
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Indeed -and the right-angle triangle also gives us the three Trigonometrical Ratios vital not only to basic geometry of physical solids and surfaces, but also in such fields as Harmonic Analysis for acoustics, electrical principles etc.
What else can I help you with?
Can a triangle have two right angles?
No.
Greek mathematician known for his theories in geometry?
You're probably referring to Euclid, whose theories on geometry are still used today, hence "Euclidean Geometry". If it's not Euclid , Pythagoras was also quite well-known for maths, geometry and the like. You're probably referring to Euclid, whose theories on geometry are still used today, hence "Euclidean Geometry". If it's not Euclid , Pythagoras was also quite well-known for maths, geometry and the like.
How do you use Euclid's elements today?
Euclid's Elements is the basis of most geometry taught in schools today.
Much of what is still taught today in geometry came from Euclid's works?
True
Today high school students study geometry that is based on the ideas of an ancient greek mathematician?
euclid
What is one geometry rule that the Greeks discovered do we still use today?
It is Pythagoras' theorem that is applicable to any right angle triangle.
Can a triangle have two right angles?
No.
How is Pythagorean theorem used today?
The theorem of Pythagoras is used in mathematics (primarily in trigonometry and geometry), physics (for a variety of things) and is also employed in architecture and design. it is also used to find any side of a right angle triangle
Why is the pythagorean theorem important today?
It is important today as it was in ancient Greece because Pythagoras' theorem states that for any right angle triangle when its hypotenuse is squared it is equal to the sum of its squared sides.
Why were Pythagoras and Euclid important people?
Pythagoras and Euclid were pivotal figures in the history of mathematics and geometry. Pythagoras is best known for the Pythagorean theorem, which establishes a fundamental relationship between the sides of a right triangle, influencing not only mathematics but also philosophy and music theory. Euclid, often referred to as the "Father of Geometry," authored "Elements," a comprehensive compilation of the knowledge of geometry of his time, establishing a systematic approach to mathematical proofs that laid the groundwork for modern mathematics. Their contributions have had a lasting impact on various fields, shaping how we understand and teach mathematics today.
Who was often given credit for discovering how many a triangle has?
The mathematician often credited with discovering the properties of triangles, particularly their angles, is Euclid. In his work "Elements," he established foundational principles of geometry, including the sum of the interior angles of a triangle being 180 degrees. This insight laid the groundwork for further developments in geometry and remains a fundamental concept in mathematics today.
Are Euclid's Elements still used today?
Yes. The geometry taught in today's public schools is based on Euclidian geometry.
How does Euclid impact us today?
Euclid was the father of Geometry and he acualy dicovered it and we use Geometry
Who invented geometry?
It evolved in 3000 bc in mesopotamia and egypt Euclid invented the geometry text in Ancient Greece. His methods are still used today. It is generally attributed to Euclid, a Greek mathematician. In fact, basic geometry is called even today "Euclidian geometry".
How is Euclid's work used today?
Euclid's work was geometry, many jobs use geometry such as engineers and architecture
Greek mathematician known for his theories in geometry?
You're probably referring to Euclid, whose theories on geometry are still used today, hence "Euclidean Geometry". If it's not Euclid , Pythagoras was also quite well-known for maths, geometry and the like. You're probably referring to Euclid, whose theories on geometry are still used today, hence "Euclidean Geometry". If it's not Euclid , Pythagoras was also quite well-known for maths, geometry and the like.
How did the ancient Eqyptions use geometry?
Exactly in the same way as we use geometry today for their constructions of pyramids and land measurements.
