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Treble clef C major scale, treble clef. Play ⓘ The only G-clef still in use is the treble clef, with the G-clef placed on the second line. This is the most common clef in use and is generally the first clef learned by music students. [2] For this reason, the terms "G-clef" and "treble clef" are often seen as synonymous.
The Decca Tree setup evolved from the idea of a minimal recording technique using a pair of microphones. The first system was developed by Roy Wallace. The microphone triangle was placed about 3 to 3.6 m high above the stage level, near the conductor. The microphone system is not properly in front of the orchestra, but more "into" the orchestra.
The treble clef is the most commonly encountered clef in modern notation. Alto clef: C clef (Alto and Tenor clefs) The center of a C clef points to the line representing middle C. The first illustration here is centered on the third line on the staff, making that line middle C. When placed there, the clef is called alto clef, mainly used for ...
Treble describes tones of high frequency or high pitch, ranging from 6 kHz to 20 kHz, [1] comprising the higher end of the human hearing range. In music, this corresponds to high notes. The treble clef is often used to notate such notes. [2] Treble sound is the counterpart to bass sound.
For example, the treble clef puts the G above middle C on the second line. The interval between adjacent staff positions is one step in the diatonic scale . Once fixed by a clef, the notes represented by the positions on the staff can be modified by the key signature or accidentals on individual notes.
In vocal music, the term High C (sometimes called Top C [5]) can refer to either the soprano's C 6 (1046.502 Hz; c ′ ′ ′ in Helmholtz notation) or the tenor's C 5; soprano written as the C two ledger lines above the treble clef, with the tenor voice the space above concert A, sung an octave lower. Sometimes written with “8v” below the ...
The Ionian mode corresponds to the major scale. Scales in the Lydian mode are major scales with an augmented fourth. The Mixolydian mode corresponds to the major scale with a minor seventh. The Aeolian mode is identical to the natural minor scale. The Dorian mode corresponds to the natural minor scale with a major sixth.
The microphone faces upwards in each diagram. The sound intensity for a particular frequency is plotted for angles radially from 0 to 360°. (Professional diagrams show these scales and include multiple plots at different frequencies. The diagrams given here provide only an overview of typical pattern shapes, and their names.)