[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

作曲 : Juliette Jones
One, one, two, three, five, eight
One, one, two, three, five, eight
Function F to the N, equalling our starting zen
Function F, N, and minus one, plus the F and minus two
In all cases that we know, starting where N is so low
Now you know just what to do, start the cycle, here's the cue
It's Fibonacci, a sequence largely summing to preceding numbers
Gives us wrath that brings us wonders
Define the recurrence relation, get us to sequencе summation
It's Fibonacci, from Liber Abaci
One, one, two, three, fivе, eight
One, one, two, three, five, eight
Gazing upon the golden spiral, a part that's quite so vital
Arching in a circular motion, giving squares to perfect quotients
Zero, one, one, and again, two, three, five, and eight, and then
Thirteen, twenty-one, not two, thirty-four, we're counting through
It's Fibonacci, a sequence largely summing to preceding numbers
Gives us wrath that brings us wonders
Define the recurrence relation, get us to sequence summation
It's Fibonacci, from Liber Abaci
One
The Fibonacci sequence is a sequence in which each number is the sum of two preceding ones
One, one, two, three, five, eight, thirteen
Twenty-one, thirty-four, fifty-five, eighty-nine
One-forty-four, and so on, and so forth
It's Fibonacci, a sequence largely summing to preceding numbers
Gives us wrath that brings us wonders
Define the recurrence relation, get us to sequence summation
Summing to preceding numbers
Gives us wrath that brings us wonders
Define the recurrence relation, get us to sequence summation
It's Fibonacci, from Liber Abaci