File:Pythagorean triples in ellipses.svg
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[edit]DescriptionPythagorean triples in ellipses.svg |
English: The relationship between Pythagorean triples and ellipses with integral linear eccentricity and axes, illustrated with the first three Pythagorean triples by CMG Lee. As PF1 + PF2 is constant for any point P on a given ellipse, AF1 + AF2 = BF1 + BF2. Due to symmetry, AF1 + AF2 = 2 AC and BF1 + BF2 = 2 BF2, hence AC = BF2. If BF2, BC and CF2 have integral length, both major and minor axes are also integers. |
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Author | Cmglee |
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Date/Time | Thumbnail | Dimensions | User | Comment | |
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current | 18:41, 16 November 2018 | ![]() | 512 × 512 (7 KB) | Cmglee (talk | contribs) | Move labels so that it's clearer that the purple length is the semimajor axis. |
17:28, 13 November 2016 | ![]() | 512 × 512 (7 KB) | Cmglee (talk | contribs) | Add construction lines. | |
16:40, 13 November 2016 | ![]() | 512 × 512 (5 KB) | Cmglee (talk | contribs) | Add A'. | |
15:53, 13 November 2016 | ![]() | 512 × 512 (5 KB) | Cmglee (talk | contribs) | {{Information |Description ={{en|1=The relationship between Pythagorean triples and ellipses with integral linear eccentricity and axes, illustrated with the first three Pythagorean triples by CMG Lee. As PF<sub>1</sub> + PF<sub>2</sub> is constant... |
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Short title | Pythagorean triples in ellipses |
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Image title | The relationship between Pythagorean triples and ellipses with integral linear eccentricity and axes, illustrated with the first three Pythagorean triples by CMG Lee. As PF1 + PF2 is constant for any point P on a given ellipse, AF1 + AF2 = BF1 + BF2. Due to symmetry, AF1 + AF2 = 2 AC and BF1 + BF2 = 2 BF2, hence AC = BF2. If BF2, BC and CF2 have integral length, both major and minor axes are also integers. |
Width | 100% |
Height | 100% |