47th Problem Of Euclid
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47th Problem Of Euclid
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The 47th problem of Euclid was an invention of our ancient friend and brother the great Pythagoras who in his travels through Asia Africa and Europe was initiated into several orders of priesthood and raised to the Sublime Degree of Master Mason Euclid, Elements I 47 (the so-called Pythagorean Theorem)© translated by Henry Mendell (Cal. State U., L.A.) Return to Vignettes of Ancient Mathematics Return to Elements I, introduction Go to prop. 46 Go to prop. 48. Proposition 47: In right-angled triangles the square from the side subtending the right angle is equal to the squares from the sides …
47th Problem Of EuclidThis proof, which appears in Euclid's Elements as that of Proposition 47 in Book 1, demonstrates that the area of the square on the hypotenuse is the sum of the areas of the other two squares. This is quite distinct from the proof by similarity of triangles, which is conjectured to be the proof that Pythagoras used. The 47th Problem of Euclid also called the 47th Proposition of Euclid or the Pythagorean Theorem is represented by what appear to be 3 squares To non Freemasons the 47th Problem of Euclid may be somewhat mysterious Most wonder at the significance of this strange looking 3 box symbol on a piece of Masonic jewelry