Hi, Jim! >In a message dated 3/29/98 6:58:25 PM, skline@proaxis.com wrote: > ><< >2.02 for the sharp (ratio of rear to front) >1.99 for the natural (ratio of rear to front) > >Natural wins the speed test by a hair! But it's neck and neck. >>> > >Susan; > If I understand your ratios you are saying that, for the sharps, a dip of >10mm relates to a 4.95 mm rise in the capstan, and for the natural a 10mm dip >relates to a 5.025mm rise in the capstan. Am I following you here ? If so >which is the faster key?? (assuming both have ran their full cycle to >catchment) I would assume (but you see how well my assumptions are doing today!) that since the natural rises farther for the same keydip that it's faster (and wins the race by a hair.) On the other hand, the downweight would be just slightly more. This is what you meant with your original question? ><<"Does the greater mass of the natural key make up for the tiny difference, >by introducing more inertia? > >Or, does the leading make up for it? Which key is heavier, and what is the >balance of each?">> > What this question is relating to is aftertouch and that is not affected as >such by leading or inertia. That is not to say that aftertouch is not >affected in the performers perception by leading or inertia. Besides Del or >David are much better equipped to deal with this in a knowledgable manner. >Jim Bryant (FL) Well, any of you are much more qualified than I am! I suppose the weight is immaterial, though I thought it might affect the feeling of speed a little .. Yours, Susan Susan Kline P.O. Box 1651 Philomath, OR 97370 skline@proaxis.com "Relax! Between the inconceivably big and the inconceivably small, there's an area where everything is perfetly conceivable!" -- Ashleigh Brilliant
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