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Q: What US president proved the Pythagorean Theorem?

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James Garfield created a new proof for this famous theorem. The proof is algebraic in nature and appears in some geometry books.

whiskeys rebellion

you have to be born a us citizen to be president

There is no 70th US President.

"Mr. President" is the traditional title for the US President.

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James A. Garfield, the twentieth president of the United States, discovered an original proof of the Pythagorean theorem. The proof is algebraic in nature and uses the formula for the area of a trapezoid. See the link below for details. Garfield is credited with an original proof of this famous theorem. Many of the presidents undoubtedly proved it in geometry class after studying their books.

James Garfield created a new proof for this famous theorem. The proof is algebraic in nature and appears in some geometry books.

James Garfield is the only president credited with an original proof of the Pythagorean Theorem.An educated guess is that most of the college educated presidents knew a proof of this theorem at one time in their schooling.

A previous US president didnt invent the Pythagorean Theorem. A mathematician with the last name of "Pythagoras" did. After he died, his students continued with his studies and once they perfected it, they named the famous theorem after Pythagoras, their professor. However, President ames Garfield devised a new proof for the theorem and Garfield's proof still appears in geometry books . There was a mysterious society known as the Pythagoreans who studied some mathematics, but also attached mystical properties to numbers . It is not certain what Pythagoras the person actually did or even if he actually existed.

Well, that's kind of an awkward way to say it, but if the 45 and the 28 are thelengths of the legs of a right triangle, then the Pythagorean Theorem tells us thatthe length of the hypotenuse is 53.

it showed us how to determine the hypotenuse of right angle triangles

It tells us one side of a right triangle given the other two.

i think its a^2(squared) plus b^2 equals c^2

The triangle concerned MUST be a right-angle triangle. If one of the angles is not 90 degrees, you cannot use the Pythagorean theorem! Also, it must be remembered that the theorem only involves the magnitudes (lengths of the sides), you can't use it on i-j-k vectors or the like, only their magnitudes. As a result, it cannot tell us anything about the directions or angles between lines. Other than that, the Pythagorean theorem is incredibly sound!

....It can help us find the length of the "HYPOTENUSE" easier.....The Pythagorian Theorem is used to find the missing length of one side of a triangle. A^2 + B^2 = C^2

James A. Garfield

If ten is the hypotenuse of a right triangle, the Pythagorean theorem tells us that the other side has to be 6.

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