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He discovered the ratio interval of a perfect octave is 2:1.

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Pythagoras discovered the ratio for creating the interval of a perfect octave was?

He discovered the ratio of a perfect octave is 2:1.


Pythagoras discovered by stretching out two strings that to create the interval of a?

perfect fourth !


What did the Pythagoras was discovered by stretching out two strings that to create the interval of a?

A perfect octave


Pythagoras discovered by stretching out two strings that to create the interval of a you need to play the second string using a ratio of 21.?

Perfect


Pythagoras discovered by stretching out two strings that to create the interval of a you need to play the second string using a ratio of 34.?

Perfect fourth


Pythagoras discovered that to create the interval of a octave by stretching out two strings you need to play the second string using a ratio of 21?

Perfect


Pythagoras discovered that to create the interval of a octave by stretching out two strings you need to play the second string using a ratio of 21.?

Perfect


Pythagoras discovered by stretching out two strings that to create the interval of a you need to play the second string using a ratio of 2 to 1?

Perfect octave.


Pythagoras discovered that to create the interval of a octave by stretching out two strings you need to play the second string using a ratio of 2-1?

perfect fourth


Using two pieces of string stretched to the same tension Pythagoras discovered the ratio for creating the interval of a perfect octave was?

2:1


What is a perfect number according to Pythagoras?

An Integer?


In which interval sizes can perfect intervals be found, and in which interval sizes can they not be found?

Perfect intervals can be found in the interval sizes of unison, fourth, fifth, and octave. They cannot be found in the interval sizes of second, third, sixth, or seventh.