Mathematicians

blaise pascal invented the calculator

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Euler is one of the most famous mathematicians of all time and he contributed a huge amount to maths. He is most famous for Euler's equation which unites 5 of the fundamental numbers in maths: e, i, pi, 1 and 0. It looks like this:

e^(i*pi)+1=0

Rene Descartes was the mathematician that applied algebra to geometry.

Archimedes is known for establishing the value of pi. He was the pioneer in the field of hydrostatics without the use of Calculus. He discovered the Powers of Ten, as a method of scientific notation. He is also known for the study of buoyancy, which has its own Archimedes myth. Allegedly, upon its discovery, he ran naked through the streets shouting, 'Eureka! I have found it!'

he made the theorem

C squared = A squared + B squared

and

A squared = C squared - B squared

or

B squared = C squared - A squared

She was the first Black woman to serve as a Governor of the Mathematical Association of America (MAA).

copernicus gave a path way for many other scientists and he also created the theory of heliocentricity wich is the theory that the each goes around the son wich disproved geocentric. he also proved that the earth was on a axes thus calculating 24 hours in a day

There are 86,400 seconds in one day; simply multiply that by the number of days and you have your answer.

4daysX24hours/day=96hours 96hoursx3600(seconds/hour)=345,600 seconds

It is used to prove argument of Delaunay Triangulation by surfacing the concept of illegal edge.

12*60*60....(that's 43200 by the way)

From about 1510-1514 Copernicus developed his first general outline of his new heliocentric system.

He believed the sun was the center of the solar system and set out, with much difficulty, in proving it to the Catholic church and the scientific world.

• Mother - Hannah Ayscough
• Dad - Isaac Newton (really!)
• Step-dad - Barnabas Smith
• Grandfather - James Ayscough
• Uncle - William Ayscough

On March 1, 2009 at 12:00:01 AM, there will be 306 remaining days until January 1, 2010, which equals 7344 hours or 440,640 minutes, or 26,438,400 seconds. For any period before or after March 1, 2009, add or subtract about 600,000 seconds per week.

I understand that these folks are good at seeing the big picture, maybe you can be successful being an architect or Film director..... then again this is just speculation of speculation.

he wanted to be like Micheal Jackson

41, 29 Set up using algebraic equations: x + y = 70 x*y = 1189 Solve simultaneously by rearranging the first equation to y = 70 - x and substitute this value for y into the second equation to get: x * (70 - x) = 1189, which rearranged is x2-70x+1189 Use the quadratic equation to find the two values of x. x = (-b ± √(b2 - 4ac)) / 2a where a,b,c are the coefficeints of the quadratic equation in the form of ax2 + bx + c

While the historical record is unclear about precise influences, it seems likely that Thales of Miletus (circa 620-546 BC/BCE) had some impact on the thinking of the apparent discoverer of the Pythagorean Theorem, namely, Pythagoras (circa 570-495). Given the prestige of Thales in his day, along with his own careful research into mathematical theorems, it is reasonable to conclude that Pythagoras was inspired, and perhaps much more, by the mathematical work of Thales.

what are thales inventions in maths

The pigeonhole principle is merely the following observation - "If we are to place N balls into M boxes where N > M, at least one box will contain at least two balls."

A generalized version of the pigeonhole principle says that if we place at least nk + 1 balls into n boxes, then at least one box will contain at least k+1 balls. I say "at least" a lot because these numbers are arbitrary and lower bounds.