Round on a well-known text (David Ellyard): Difference between revisions

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m (Text replace - "Sibelius 3]" to "{{sib}}] (Sibelius 3)")
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{{Legend}}
{{Legend}}


*{{CPDLno|10755}} [{{filepath:TUMS Greensleeves 1 0.pdf}} {{pdf}}] [{{filepath:TUMS Busking Book 1 0.sib}} {{sib}}] (Sibelius 3).
*{{CPDLno|10755}} [[Media:TUMS Greensleeves 1 0.pdf|{{pdf}}]] [[Media:TUMS Busking Book 1 0.sib|{{sib}}]] (Sibelius 3).
{{Editor|Philip Legge|2006-01-15}}{{ScoreInfo|A4|2|98}}{{Copy|Personal}}
{{Editor|Philip Legge|2006-01-15}}{{ScoreInfo|A4|2|98}}{{Copy|Personal}}
:'''Edition notes:''' Included in the [[TUMS Busking Book]]. Personal copyright by the composer. The round follows after a setting of ''Greensleeves'', attributed to Henry VIII, on the second page of the PDF. Revised 28 May 2006 to reduce file size.
:'''Edition notes:''' Included in the [[TUMS Busking Book]]. Personal copyright by the composer. The round follows after a setting of ''Greensleeves'', attributed to Henry VIII, on the second page of the PDF. Revised 28 May 2006 to reduce file size.

Revision as of 12:43, 18 August 2016

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  • CPDL #10755:    (Sibelius 3).
Editor: Philip Legge (submitted 2006-01-15).   Score information: A4, 2 pages, 98 kB   Copyright: Personal
Edition notes: Included in the TUMS Busking Book. Personal copyright by the composer. The round follows after a setting of Greensleeves, attributed to Henry VIII, on the second page of the PDF. Revised 28 May 2006 to reduce file size.

General Information

Title: Round on a well-known text
Composer: David Ellyard

Number of voices: 3vv   Voicing: 3 equal voices

Genre: SecularCanon

Language: English
Instruments: A cappella


Description: Three part round on Pythagoras’ Theorem.

External websites: David Ellyard’s personal website

Text and translations

English.png English text

The square on the hypotenuse of a right-angled triangle is equal to the sum of the squares on the two adjacent sides, fa la la, and hey! nonny no!