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| View Original: | Conant-Beyer Generalization of the Pythagorean Theorem for a 2-D object.gif (336x357) | |||
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| Keywords: Conant-Beyer Generalization of the Pythagorean Theorem for a 2-D object.gif en Conant-Beyer Generalization for the Pythagorean theorem applied to a 2-D object The area squared 81 of the 2-dimensional square object shown in blue can be calculated by projecting the object onto each of the coordinate planes in 3-D space calculating the area of each projection shown in green squaring each projected area then adding them together Regardless of how the square is oriented in 3-D space the result remains the same A<sup>2</sup>+B<sup>2</sup>+C<sup>2</sup> D<sup>2</sup> 2015-10-26 own Tripthelight42 other versions cc-zero Pythagorean theorem Uploaded with UploadWizard Generalizations of Pythagorean theorem | ||||
