In mathematics, the supersilver ratio is a geometrical proportion close to 75/34. Its true value is the real solution of the equation x 3 = 2x 2 + 1. The name supersilver ratio results from analogy …

supergolden ratio unique real number solution to the equation x^3-x^2-1=0 A triangle with side lengths ψ, 1, and 1/ψ has an angle of 120 degrees opposite the side of length ψ.

The ratio between consecutive terms of A (n) as n tends to infinity equals the constant designated by the greek letter psi, which is actually called supergolden ratio, and its value is …

In mathematics, the supergolden ratio is a geometrical proportion close to 85/58. Its true value is the real solution of the equation x3 = x2 + 1.

In mathematics, the silver ratio is a geometrical proportion close to 70/29. Its exact value is 1 + √2, the positive solution of the equation x 2 = 2x + 1. The name silver ratio results from analogy …

A triangle with side lengths ψ, 1, and 1/ψ has an angle of 120 degrees opposite the side of length ψ. (English) Nested supergolden rectangles with perpendicular diagonals and side lengths in …

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English: Nested supergolden rectangles with perpendicular diagonals and side lengths in ratio ψ.

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The supergolden ratio $\psi$ is the one real root of the cubic: $x^3 - x^2 - 1 = 0$ Its decimal expansion starts: $\eta = 1 \cdotp 46557 \, 12318 \, 76768 \ldots$ This sequence is A092526 in …

Jan 4, 2019 · English: This diagram shows the lengths of decreasing power in the supergolden ratio, and the pattern of right angles that appear within it

In mathematics, the supergolden ratio is a geometrical proportion close to 85/58. Its true value is the real solution of the equation x 3 = x 2 + 1.

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The metallic mean (also metallic ratio, metallic constant, or noble mean [1]) of a natural number n is a positive real number, denoted here , that satisfies the following equivalent characterizations:

In mathematics, the supergolden ratio is a geometrical proportion close to 85/58. Its true value is the real solution of the equation x 3 = x 2 + 1. The name supergolden ratio results from …