Metallic MOS: Difference between revisions
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The two segments are actually in a ratio equal to the weight multiplied by the ratio of the denominators of their respective bounds. | The two segments are actually in a ratio equal to the weight multiplied by the ratio of the denominators of their respective bounds. | ||
We’ll test this out on the example from before. We know that the weighted mediant formula with <span><math>φ</math></span> as weight, the interval between <span><math>\frac 13</math></span> and <span><math>\frac 12</math></span>, and weight leaning toward the parent ratio | We’ll test this out on the example from before. We know that the weighted mediant formula with <span><math>φ</math></span> as weight, the interval between <span><math>\frac 13</math></span> and <span><math>\frac 12</math></span>, and weight leaning toward the parent ratio <span><math>\frac 12</math></span> gives the value <span><math>≈ 0.419821</math></span>. So our two segments are: | ||
<math> | <math> | ||