Lagrange's Four-Square Theorem Seen Using Polygons and Lines - Wolfram Demonstrations Project

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Any natural number can be represented as the sum of the squares of four non-negative integers. For most numbers there are multiple representations. In this Demonstration the four integers (not squared) may be viewed using three different options.1. For each set of four numbers a polygon is displayed with vertices and .2. Each set is sorted from smallest to largest. The first two numbers a;;
Lagrange's Four-Square Theorem Seen Using Polygons and Lines - Wolfram  Demonstrations Project
Chit-chat on Lagrange's four-square theorem
Lagrange's Four-Square Theorem Seen Using Polygons and Lines - Wolfram  Demonstrations Project
Posts Tagged with 'Mathematics'—Wolfram
Lagrange's Four-Square Theorem Seen Using Polygons and Lines - Wolfram  Demonstrations Project
Sum of squares, Part-2, Sum of four squares
Lagrange's Four-Square Theorem Seen Using Polygons and Lines - Wolfram  Demonstrations Project
PDF) The interplay of empirical and deductive reasoning in proving “if” and “only if” statements in a Dynamic Geometry environment
Lagrange's Four-Square Theorem Seen Using Polygons and Lines - Wolfram  Demonstrations Project
Posts Tagged with 'Mathematics'—Wolfram
Lagrange's Four-Square Theorem Seen Using Polygons and Lines - Wolfram  Demonstrations Project
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Lagrange's Four-Square Theorem Seen Using Polygons and Lines - Wolfram  Demonstrations Project
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Lagrange's Four-Square Theorem Seen Using Polygons and Lines - Wolfram  Demonstrations Project
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Lagrange's Four-Square Theorem Seen Using Polygons and Lines - Wolfram  Demonstrations Project
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Lagrange's Four-Square Theorem Seen Using Polygons and Lines - Wolfram  Demonstrations Project
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Lagrange's Four-Square Theorem Seen Using Polygons and Lines - Wolfram  Demonstrations Project
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Lagrange's Four-Square Theorem Seen Using Polygons and Lines - Wolfram  Demonstrations Project
Sum of squares, Part-2, Sum of four squares
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