The answer is yes, in that one takes less effort to learn, but it is not the same. The violin requires more strength and effort, and the cello is easier to learn than the violin. The two instruments are also very different in their response to training. The body of the violin is very different compared to the body of the cello. For the cello, the strings are held in a higher tension (lower tension than cellos used in classical music), while the body of the violin is made up of a thin flexible string. Cello players usually make their own strings, which are held in much lower tension. The violin is also much softer than cello. One of my piano lessons this past week involved a cello that was very stiff and unresponsive, but I could play an octave higher by holding the string at the end of the stroke. This is not the case with my violin; this viola was not designed to hold the strings at an optimal tension. In addition, the cello is much smaller, while a typical violin is larger and is intended to be played on stage. I am a trained cellist, but my violin has never been on stage, which means I am not used to such a big and heavy instrument. If I had a cello, I think I would be much more capable of the exercise I am conducting here. It requires much more strength per pitch. So how does this knowledge translate into performance? By increasing my string tension, the violin’s sound is enhanced. In addition, the higher the tension, the more weight you can put on an edge of the string. If you have a light-weight violin and you’re playing more string pressure, the top of the string will be touching the top of the wood, which means you will be able to play a faster tempo and be able to hear much more of the sound. By holding the string at the end of the stroke, you allow the edge of the string to touch the wood more, making it less hard to grip. Now, for some people this may not be worth the investment of practice time and effort, but I think I do enough to be able to play more freely in my own space and with other people.
The other benefits of string tension are just as interesting. The strings on a cello, for example, are usually thinner than the string on a violin. Also, the thickness is proportional to the number of frets on the violin. A violin made of wood of 8 feet, 8 inches
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