Music Education Flashcards
compare and contrast the timbre of classical and popular singing
Classical - use a high palette, rich vibrato, pure vowels and clear consonants. Popular - flexility to the shape of the mouth (both high and low palettes), less vibrato, wide variety of sounds including rasp, growl, and edge to achieve emotional range
How is sound produced on a woodwind instrument?
produce sound through vibrations in an enclosed tube. Vibrations are set in motion by blowing through single or double reeds, across an opening, or through an opening
name 3 periodical databases
JSTOR, The Music Index Online, The International Index of Music Periodicals, The RIPM (Retrospective Index to Music Periodicals)
How is sound produced on a brass instrument?
sound is produced through the buzzing of the players lips as the air travels through a tubular, expanding metallic wind instrument
2/4 conducting pattern
hand moves down on first beat and up on second beat
3/4 conducting pattern
hand moves down on first beat, out on second beat, and up on third beat
4/4 conducting pattern
hand moves down on first beat, in on second beat, out on third beat, and up on fourth beat
6/8 conducting pattern
hand moves downward on first primary strong beat, bounces inward on the second and third beats, moves outward on the secondary strong fourth beat, bounces outward on the fifth beat, and upwards on the sixth beat
9/8 conducting pattern
hand moves down on first primary strong beat, bounces inward on the second and third beats moves outward on the secondary strong fourth beat, bounces outward on the fifth and sixth beats, then moves upward on the tertiary strong seventh beat, and bounces upward and inward on the weak eighth and ninth beats
physiological mechanisms of singing
air supply (taken into lungs), vibrator (vocal folds), and resonator (pharynx and mouth cavities)
how to create dynamic changes on a string instrument
move the bow faster and with more weight for louder dynamics, and slower and with less weight for softer dynamics
teaching techniques for aural learners
allow students to discuss ideas and content, allow ample time for students questions, have spoken quizzes and tests, listen to a recording of one’s rehearsals to listen for areas of improvement
teaching techniques for kinesthetic learners
learning by doing, integrate movement with introduction of new concepts, short lesson segments with frequent breaks to stand up and move
How does puberty affect music learning?
growth spurts cause a need for adjustment in posture and instrument positioning, voice development affects girls and boys both (but boys especially as their voices crack) - they will have to work with an increased vocal range. Students in puberty need more opportunities for self-expression, autonomy, and acceptance
teaching techniques for students with visual impairments
aural and tactile methods, such as physically exploring the instrument and taking it apart, Braille Music Code on staff notation, teacher should demonstrate actions by placing his or her hand under the student’s hand
maintaining string instruments
oils, rosin dust, and debris can be removed with a soft cloth after each use (not on strings or hair of the bow), instruments should be kept in a well-regulated environment away from exposure to direct light, too hot or too cold temperatures, and too dry or too humid environments
maintaining Orff instruments
remove instrument bars and vacuum out all dust, use a damp rag with oil soap to wash and clean the boxes and wooden bars, oil polish (like furniture polish) to keep the instrument in working condition
maintaining brass instruments
wipe away oil, dirt, etc with a soft cloth after handling, use a swab to remove as much moisture as possible from inside the instrument before storing, apply valve oil before playing, removing old lubricant before applying a new layer, keep instrument in a cool environment that isn’t too dry or humid
strategies to help a student with dyslexia understand written music notation
enlarge music notation, use color-coded overlays, use of multi-sensory approaches, like Dalcroze, visual, aural, and tactile demonstrations of notation
sequencing in a music curriculum
3 different techniques: content sequencing (general content presented first, then more detailed ideas), task sequencing (order the learning progression from simple to complex tasks), or sequencing of elaboration (basic content first, progressing towards more detailed information)
techniques to accomodate visual learners
use of projector or handouts, encourage students to make flashcards, use of pictures, diagrams, and concept maps, make sure everyone can see demonstrations on an instrument
accommodations for students with physical disabilities
classroom should be accessible and free of obstacles, develop adaptive instruments, lesson requiring minimal physical strength
maintaining woodwind instruments
instrument should be wiped clean with an appropriate sized swab after playing, apply key oil to key pivot points monthly, apply cork grease, wipe down the finish of the instrument to remove fingerprints and oils, clean the mouth between eating and playing, discard cracked reeds, don’t leave reed on the mouthpiece, keep instrument out of direct light and excessively warm, cold, or humid climates
instructional strategies to keep students on task
wait until they are paying attention, “If you can hear me, clap once,” separating students, positive reinforcement, establishing a quiet signal, moving a misbehaving student closer to the teacher, giving a misbehaving student a special task, refrain from talking too much in a lesson
tactics for motivating students
be a role model - exhibiting passion for the subject matter, know the students well, positive reinforcement and constructive criticism, frequent activities where students can demonstrate their achievements, setting realistic performance goals
Every Pupil Responds technique
requires students to simultaneously respond to the teacher’s question by demonstrating or displaying the appropriate response, could involve cards that students hold up with “yes” or “no” on them, a blank board form them to write their answers on, telling answers to a neighbor, or having the entire class say the answer out loud
steps to take when a student exhibits behavior problems
set clear limits and boundaries of behavior, adjust teaching style or sequencing, address the behavior without interrupting the flow of the lesson (use proximity, silence, quickly saying the student’s name, physical cues), and if none of this is effective, address the student after class
considerations for selecting repertoire
ability level of ensemble, ensemble’s strengths and weaknesses (piece should help develop weaknesses and not play to strengths), instrumentation, amount of rehearsals before the given performance, and varied music appropriate for the audience and occasion
outline of a full ensemble rehearsal
warm up/tuning, playing through pieces, refining challenging sections, developing musicality and sight-reading
harmonics
the series of frequencies, or overtones, present when a fundamental frequency occurs; they are multiples of the fundamental (an octave above the fundamental, then a fifth, then an octave, then a third)
partials
the different frequencies that are superimposed into one complex sine wave that the human listener perceives as a single tone, give instruments their unique timbres
amplitude
height of the sound wave, measured in decibels, perceived by the human ear as changes in loudness
frequency
number of sound waves per second, perceived as pitch
reverberation
direct sound moves outwards until it hits a physical surface, where it is either absorbed or redirected (sound waves undergo reflection, diffraction, and refraction). As sound waves reflect back towards the source, they create this acoustical phenomenon
reverberation time
the time it takes for sound to decay
physical properties behind sound production
energy is imparted to a resonator (ex: wind blown (energy) across a reed (resonator)) and the surrounding air physically vibrates, traveling to the listener’s ear where it is perceived as sound
acoustical considerations for instrumental ensemble arrangement
softer instruments with important melody lines should sit near the front, instrument groups with similar lines should be seated together
choral formations and their acoustical implications
choral blocked section (sections in blocks) - best suited for homophonic pieces, can be difficult to listen to other parts. Choral columnar section (tenors behind sopranos, basses behind altos) - suits polyphonic music, easier for singers to hear for balance. Mixed formation - good for intonation and mixing of sound for the audience, but requires independent singing
essential elements of program notes
contextual background, historical context, first performance, musical style, composer’s biographical information, and possible details to listen for
theory behind tuning an ensemble up from the bass
other instruments can more easily hear their tuning pitches because of overtones/harmonics from bass, other instruments can more easily place their pitches within the context of a chord structure as bass becomes the foundational pitch
techniques to achieve vowel uniformity in a chorus
tall vowels, raised soft palette, forward resonance, blending exercises involving matching the vowels of a neighbor