Is true that the piano keys feels different between the left keys and the right !
Question: Is true that the piano keys feels different between the left keys and the right keys!?
I don’t note any difference between the keys when I press it!. But I read that some electronic keyboards simulate this feel!. I quote the manual of the Yamaha DGX-620: “the keys of the lower notes have a heavier touch, while the higher ones are more responsive to lighter playing” (http://www!.yamaha!.com/yamahavgn/CDA/Cont!.!.!.
My first guest is that the action mechanism (in a real grand piano) of the keys is the same in all the keys!.
I search the internet for this answer but I don’t find any difference between the action keys!.
Can somebody tell me if this true, and if it is, why!?Www@Enter-QA@Com
My first guest is that the action mechanism (in a real grand piano) of the keys is the same in all the keys!.
I search the internet for this answer but I don’t find any difference between the action keys!.
Can somebody tell me if this true, and if it is, why!?Www@Enter-QA@Com
Answers:
Yes, though the keys are weighted the same, the inertia by the mass of the hammer is different throughout the keyboard's range!. The amount of felt on the hammers is continuously tapered from the bass to the treble where the lowest A has a good centimeter of felt and the highest c has nearly no felt at the tip!.
The difference may not be perceptible to you, but it definitely does exist!.Www@Enter-QA@Com
The difference may not be perceptible to you, but it definitely does exist!.Www@Enter-QA@Com
Yes, this is true, sort of!.
There is no difference in "weight"!. Thus, it will always take the exact same amount of force to press down any key, across the full gambit!. That being said, if you were to push a very low key and a very high key down with the exact same amount of force the low note will ring slightly louder thanks to adjustments in the mechanism!. Basically, the mechanisms on the lower notes more efficiently use the force that your fingers provide in order to generate a tone!. There are a few reasons for this!. One is acoustical:
Every time we play a note, a bunch of higher notes are also played, although they are mostly inaudible to the ear!. These notes are known as harmonics, and although every pitch across the spectrum has the same number of harmonics, we are most capable of picking up on the ones generated by low notes!. That is in part why low notes can sound so much more "full" while high notes may sound "shrill"!. But this also can make the pitch of a low note less recognizable!. The minor adjustments mentioned above allow those notes to ring out a little louder, so that they may be heard properly!. Www@Enter-QA@Com
There is no difference in "weight"!. Thus, it will always take the exact same amount of force to press down any key, across the full gambit!. That being said, if you were to push a very low key and a very high key down with the exact same amount of force the low note will ring slightly louder thanks to adjustments in the mechanism!. Basically, the mechanisms on the lower notes more efficiently use the force that your fingers provide in order to generate a tone!. There are a few reasons for this!. One is acoustical:
Every time we play a note, a bunch of higher notes are also played, although they are mostly inaudible to the ear!. These notes are known as harmonics, and although every pitch across the spectrum has the same number of harmonics, we are most capable of picking up on the ones generated by low notes!. That is in part why low notes can sound so much more "full" while high notes may sound "shrill"!. But this also can make the pitch of a low note less recognizable!. The minor adjustments mentioned above allow those notes to ring out a little louder, so that they may be heard properly!. Www@Enter-QA@Com