Fractals in Music Fractals are self-similar shapes with theoretically infinite detail In music, fractals appear in the relationship between amplitude and.

Slides:

Advertisements

Similar presentations

The Pythagorean perception of music Music was considered as a strictly mathematical discipline, handling with number relationships, ratios and proportions.

Advertisements

How we talk about music Especially 20th century music.

Music Basics Acadeca. Music is sound organized in time It consists of soundwaves: Amplitude and frequency Amplitude= how loud or the decibel level Frequency=

Percussion Family.

Beats and Music Contents: Beats Overtones and music.

MUSIC NOTES Noise Versus Music  What is the difference between noise and music?  Answer: The appearance of the waveform.  What is the difference between.

Harmonic Series and Spectrograms 220 Hz (A3) Why do they sound different? Instrument 1 Instrument 2Sine Wave.

Music Software projects New york university Adjunct Instructor Scott Burton.

Sept. 6/11. - Sound Sounds may be perceived as pleasant or unpleasant. What are these sounds that we hear? What is "sound"? What causes it, and how do.

Timbre (pronounced like: Tamber) pure tones are very rare a single note on a musical instrument is a superposition (i.e. several things one on top of.

Harmonics and Overtones Waveforms / Wave Interaction Phase Concepts / Comb Filtering Beat Frequencies / Noise AUD202 Audio and Acoustics Theory.

What are harmonics? Superposition of two (or more) frequencies yields a complex wave with a fundamental frequency.

Connections between Math and Music Laura Harlow – HSPVA Rhodora Maligad – Austin HS.

Year 7 Music revision Your music exam will be next lesson. It will be a listening exam, where you are played music and asked questions about them. It will.

Beats and Tuning Pitch recognition Physics of Music PHY103.

Beats = Some Graphs Recall what a single frequency tone sounds like Play on Sound Generator A=440 Hz. The Graph:

The importance of mathematics in music

Harmonic Series and Spectrograms

Name _____________________________________ Date ______________________ Period __________ W AVES AND I NTERFERENCE Directions: Use your LabQuest to generate.

Sound quality and instruments  Different notes correspond to different frequencies  The equally tempered scaled is set up off of 440 A  meaning the.

2-4 Quality and Sound Sound quality is also called timbre Every sound produced has a fundamental tone which is the overall pitch or frequency of a tone.

GSCE MUSIC Area of Study 2 New Directions in Western Classical Music 1900 to the present day. Serialism, Minimalism, Experimental Music & Electronic Music.

Chapter Twenty-Four: Sound  24.1 Properties of Sound  24.2 Sound Waves  24.3 Sound Perception and Music.

Sound and Wave Interference

Fibonacci numbers.  1, 1, 2, 3, 5, 8, 13, 21, 34  a, a, (a+a), a+(a+a), (a+a) + (a+a+a) etc.  Term = sum of 2 preceding terms = GOLDEN RATIO.

Chapter 12 Section 3: Harmonics.

Chapter 24 –Sound 24.3 –Sound, Perception and Music pp

Music, Superposition and Chords Physics 11Adv. Comprehension Check 1. What beat frequency would you expect if two trumpets play the same note but one.

Sound Notes 3 Frequency, Pitch and Music. Frequency Frequency – the number of complete waves ______ _____________. Different sounds have ____________.

MELODIC WRITING. FINISH THIS MELODY! TO BREAK RULES, YOU HAVE TO LEARN THEM FIRST… Composers often consider many things when they write music- rhythm,

GOLDEN RATIO GOLDEN SECTION FIBONACCI NUMBERS 1, 1, 2, 3, 5, 8, 13….. The ratio of any consecutive numbers is the golden ratio A pattern found in nature.

Essential Music Vocabulary Review. Directions: Identify the music vocabulary word that matches the given definition. Students will be called at random.

By Kelly Evans For Professor Alonso

Beats AP Physics 1.

Waves and Sound Honors Physics.

Elements of Music By: Montana Miracle. Pitch  The highness or lowness of a tone.  The position of a note determines the element of music.  It may be.

3.3 Waves and Stuff Science of Music 2007 Last Time  Dr. Koons talked about consonance and beats.  Let’s take a quick look & listen at what this means.

9 th Grade Science Chapter 12c.  Definition: ◦ Sounds used in regular pattern that is pleasing to hear  Every musical instrument has: ◦ Natural frequency:

Physics of the Piano By Xinyue Xiong 4/13/2015.

12-3 Harmonics.

MATHS IN MUSIC.

SOUND It is composed of waves of compression and rarefaction in which the human ear is sensitive It is composed of waves of compression and rarefaction.

MATH 5: COMPOSITION Michael Blum MATH 5: COMPOSITION Michael Blum.

Musical Instruments. Notes  Different musical notes correspond to different frequencies  The equally tempered scaled is set up off of 440 A  meaning.

Unit 4 Waves Ch. 21 Sec. 3 & 4 Music. music - a group of sounds w/ a regular pattern noise - a group of sounds w/ no pattern sound quality - result of.

Music Theory 1 -The Structure of Music Alan Cohen

The Science of Music In the words of science, music has an identifiable pitch, a pleasing quality, and a repeated rhythm.

Elements of music All forms of music from all societies and cultures have common characteristics and elements Rhythm - How the beat is broken down Melody.

Calypso Goes to School Additional resource required: Audio Sound file ‘Calypso Goes to School’

Chapter Twenty-Four: Sound

Year 7 Music revision Use it to revise!

SOUND ORGANIZED IN TIME

24.3 –Sound , Perception and Music pp

Wave interference and Beat Frequency

Elements of Music.

Musical Numerology in Post-Tonal Theory

24.3 –Sound , Perception and Music pp

Part 3 Harmonics Standing Waves and Pitch

Fine Arts section 1 pg.7-20 By david steen.

Golden Section in Music Student: Natalia Koukouli

MUSIC HIGH SCHOOL – MUSIC THEORY

14-7 Superposition and Interference

Sound and Music Chapters 20 and 21.

Chapter 12: Sound Learning Objectives.

Part 3 Harmonics Standing Waves and Pitch

An Introduction to Music–Melody –Harmony –Rhythm.

Musical Intervals - Musical Scales

01/05/2015 I can critically analyze my performance at the vendor fair.

Presentation transcript:

Fractals in Music Fractals are self-similar shapes with theoretically infinite detail In music, fractals appear in the relationship between amplitude and frequency- frequency is inversely proportional to amplitude

1/f noise pink noise- equal power per octave frequencies less than 1 Hz- rhythm and structure of piece 13-second measure- 13 times intensity of other beats

Math & Modern Composition Bela Bartok- golden mean and Fibonacci numbers axis theory set theory

Comparison with Traditional Harmony Major/Minor chords, augmented octave Percussion sounds on piano Boulez- twelve-tone series applies to more than just frequency

Music as Noise Chance music- reflecting nature Add sounds rather than tones Prepared/altered instruments