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Mathematical peculiarities: The art of framing for problem solving. Going on instinct. #pythagoreansquares #pythagoras

The Pythagorean theorem is a celebrity: a² + b² = c² But most of us think the formula only applies to triangles and geometry. Think again. The Pythagorean Theorem can be used with any shape and for any formula that squares a number. Like circle areas ow.ly/bHlw30nJqHe

The Pythagorean theorem is a celebrity: a² + b² = c² But most of us think the formula only applies to triangles and geometry. Think again. The Pythagorean Theorem can be used with any shape and for any formula that squares a number. Like circle areas ow.ly/bHlw30nJqHe

Pythagoras; famous Greek mathematician (571-497 BC) with his Geometric Theorem which still carries his name, that in a right triangle square of hypotenuse is equal to squares of short sides added together. Capitoline Museums, Rome 🇮🇹 #archaeohistories

The Pythagorean theorem has found many nice and useful visual demonstrations: see some of them together with this brilliant one, which uses water to show the equalness of squares bit.ly/2Ed8mxW [source of the gif: buff.ly/2Ei7Rqg]

The Pythagorean Theorem: The sum of the squares of the two sides of a right triangle is equal to the square of the hypotenuse

The Pythagorean theorem is a celebrity: a² + b² = c² But most of us think the formula only applies to triangles and geometry. Think again. The Pythagorean Theorem can be used with any shape and for any formula that squares a number. Like circle areas ow.ly/bHlw30nJqHe

The Pythagorean theorem has found many nice and useful visual demonstrations: see some of them together with this brilliant one, which uses water to show the equalness of squares bit.ly/2Ed8mxW [source of the gif: buff.ly/2Ei7Rqg]

The Pythagorean theorem is a celebrity: a² + b² = c² But most of us think the formula only applies to triangles and geometry. Think again. The Pythagorean Theorem can be used with any shape and for any formula that squares a number. Like circle areas ow.ly/bHlw30nJqHe

This has been around a while but I love this visual representation of the Pythagorean Theorem that emphasizes the area (or volume) of the squares outside the triangle and not just the length of the triangle's sides. #MTBoS #iteachmath

The Pythagorean theorem has found many nice and useful visual demonstrations: see some of them together with this brilliant one, which uses water to show the equalness of squares bit.ly/2Ed8mxW [gif: buff.ly/2Ei7Rqg]

The Pythagorean theorem is a celebrity: a² + b² = c² But most of us think the formula only applies to triangles and geometry. Think again. The Pythagorean Theorem can be used with any shape and for any formula that squares a number. Like circle areas ow.ly/bHlw30nJqHe

The Pythagorean theorem has found many nice and useful visual demonstrations: see some of them together with this brilliant one, which uses water to show the equalness of squares bit.ly/2Ed8mxW [gif: buff.ly/2Ei7Rqg]

Pythagorean Theorem relates the areas squares, but it also relates the areas of circles!

The Pythagorean theorem is a celebrity: a² + b² = c² But most of us think the formula only applies to triangles and geometry. Think again. The Pythagorean Theorem can be used with any shape and for any formula that squares a number. Like circle areas ow.ly/bHlw30nJqHe

A "Pythagorean Spiral" is a spiral composed of right triangles

The Pythagorean theorem has found many nice and useful visual demonstrations: see some of them together with this brilliant one, which uses water to show the equalness of squares bit.ly/2Ed8mxW [gif: buff.ly/2Ei7Rqg]

This has been around a while but I love this visual representation of the Pythagorean Theorem that emphasizes the area (or volume) of the squares outside the triangle and not just the length of the triangle's sides. #iteachmath #MTBoS

The Pythagorean theorem is a celebrity: a² + b² = c² But most of us think the formula only applies to triangles and geometry. Think again. The Pythagorean Theorem can be used with any shape and for any formula that squares a number. Like circle areas ow.ly/bHlw30nJqHe

This has been around a while but I love this visual representation of the Pythagorean Theorem that emphasizes the area (or volume) of the squares outside the triangle and not just the length of the triangle's sides. #MTBoS #iteachmath

Mathematical peculiarities: The art of framing for problem solving. Going on instinct. #pythagoreansquares #pythagoras