Fibonacci - Interleave/Juliette Jones.mp3

Fibonacci - Interleave/Juliette Jones.mp3
Fibonacci-Interleave/Juliette Jones (无损音质) 专享
[00:00.000] 作曲 : Juliette...
[00:00.000] 作曲 : Juliette Jones
[00:00.945]One, one, two, three, five, eight
[00:05.976]One, one, two, three, five, eight
[00:10.756]Function F to the N, equalling our starting zen
[00:15.502]Function F, N, and minus one, plus the F and minus two
[00:20.390]In all cases that we know, starting where N is so low
[00:25.118]Now you know just what to do, start the cycle, here's the cue
[00:30.328]It's Fibonacci, a sequence largely summing to preceding numbers
[00:37.138]Gives us wrath that brings us wonders
[00:39.999]Define the recurrence relation, get us to sequencе summation
[00:44.726]It's Fibonacci, from Liber Abaci
[00:58.731]One, one, two, three, fivе, eight
[01:03.544]One, one, two, three, five, eight
[01:08.299]Gazing upon the golden spiral, a part that's quite so vital
[01:13.100]Arching in a circular motion, giving squares to perfect quotients
[01:17.824]Zero, one, one, and again, two, three, five, and eight, and then
[01:22.695]Thirteen, twenty-one, not two, thirty-four, we're counting through
[01:50.052]It's Fibonacci, a sequence largely summing to preceding numbers
[01:56.893]Gives us wrath that brings us wonders
[01:59.722]Define the recurrence relation, get us to sequence summation
[02:04.511]It's Fibonacci, from Liber Abaci
[02:11.381]One
[02:16.183]The Fibonacci sequence is a sequence in which each number is the sum of two preceding ones
[02:20.844]One, one, two, three, five, eight, thirteen
[02:25.761]Twenty-one, thirty-four, fifty-five, eighty-nine
[02:30.622]One-forty-four, and so on, and so forth
[02:35.661]It's Fibonacci, a sequence largely summing to preceding numbers
[02:42.409]Gives us wrath that brings us wonders
[02:45.257]Define the recurrence relation, get us to sequence summation
[02:49.959]Summing to preceding numbers
[02:52.077]Gives us wrath that brings us wonders
[02:54.915]Define the recurrence relation, get us to sequence summation
[02:59.697]It's Fibonacci, from Liber Abaci
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