Articulation in music refers to how one plays or sings specific notes or passages. It is essential within the musical universe because it determines the way you should play a single note. In addition, it determines the length of a sound, as well as the shape of attack and decay. By using articulation, the musician is capable of modifying the timbre, pitch, and dynamics of a specific piece.
Articulation in Music: Its Importance
Articulation, in the music universe, is essential because it helps us to understand how to say something. In human relationships, articulation helps us to comprehend how one says things. Yet, in music, articulation explains how instruments say the notes. In other words, articulation helps us to understand the script.
This concept aids both the musician and the producer to become experts. With the right equipment, almost anyone can create a good beat. However, it takes knowledge, feeling, and emotion to become a great producer or musician. The musical universe requires great listening and articulation skills.
Ways to Articulate Notes
There are four very different ways to articulate musical notes. Firstly comes staccato, which involves shorter notes. Secondly, there’s tenuto, which plays the full length of the written notes. Thirdly, accent involves louder and more emphatic notes. Finally, there’s marcato, where you play notes much louder and harder.
All About Lengths
The easiest way to improve articulation in music is to try out with different note lengths. Musicians and producers agree that sometimes, the transformation of one single long note into a shorter note (or vice versa) can result in a huge difference regarding the overall effect. Many agree with the fact that without velocity sensitivity, the user isn’t able to achieve adequate dynamic performance.
Articulation in Music: Conclusion
Real instruments don’t usually create the same temporal envelope each time the user plays a note. This happens because audiences perceive the effect differently depending on the units that create the impulse. This also depends on the force you apply.
