5040edo: Difference between revisions

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Theory: test
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| 10
| 10
| 7
| 7
|}
{| class="wikitable"
|+Approximation of prime harmoniics in 5040edo
! colspan="2" |Harmonic (prime ''p'')
!2
!3
!5
!7
!11
!13
!17
!19
!23
!29
|-
! rowspan="2" |Error
!absolute (c)
| +0.000
| -0.050
| +0.115
| -0.016
| +0.111
| -0.051
| +0.045
| +0.106
| +0.059
| -0.053
|-
!relative (%)
| +0
| -21
| +48
| -7
| +46
| -22
| +19
| +45
| +25
| -22
|-
! colspan="2" |Steps
(reduced)
|5040
(0)
|7988
(2948)
|11703
(1623)
|14149
(4069)
|17436
(2316)
|18650
(3530)
|20601
(441)
|21410
(1250)
|22799
(2639)
|24484
(4324)
|-
! colspan="2" |Contorsion order
for 2.''p'' subgroup
|5040
|4
|3
|1
|12
|10
|63
|10
|7
|4
|}
|}
5040 is both a superabundant and a highly composite number, meaning its amount of symmetrical chords and subscales increases to a record, and the amount of notes which make up those scales, if stretched end-to-end, also is largest relative to the number's size.
5040 is both a superabundant and a highly composite number, meaning its amount of symmetrical chords and subscales increases to a record, and the amount of notes which make up those scales, if stretched end-to-end, also is largest relative to the number's size.