Then if you were being sarcastic, without me knowing you were doing so, how else was I suppose to answer your question ?
I don't know you from Adam nor do I follow your posts. On the other hand, you have no clue who I am either.
I asked you a simple question which you still haven't answered. Being sarcastic seems to be more important to you.
Your mental trap of a question didn't work; you got a thought-out response. Thanx for wasting my time.
I'd like to see more input here from Luthiers because resonance in cues has links to guitars.
I now tend to think that you're not the 'be all - end all' on that subject that you would like to believe.
I learned something about you today. I don't keep salt in the house but I should probably buy some; the big bag.
The sun's not shining here today so I have no worries.
You didn't take my question to be satirical nor rhetorical because you hadn't read my previous posts on this thread.
And you're right - I don't know who you are, but from your posts I pretty much know
what you are, and it's not happy.
And I never said I was the be-all, end-all source on guitar knowledge, but grain run-off is pretty much common knowledge in all disciplines of woodworking.
To answer your question; there is a scientific measurement that defines the "ring" of a certain piece of wood, which is "Q" - which humorously enough, stands for "quality." Basically a measurement of the duration of tap-tone of a certain wood species in relation to a scale, of which I admittedly am not sure of how it's derived. And believe it or not, while BRW has a high relative "Q" value, it is not the highest up in the scale. But it is part of the basis of the prototypical "pre-war Martin" sound that many builders attempt to achieve (and I tend to avoid, because most every builder makes a Martin tribute in the same way most builders of 20 years ago made Balabushka tributes.) I believe ABW, cocobolo, Honduran rosewood, have higher "Q" values because of their density, but their effect on sound may almost be contradictory to what one would think. On the other end of the scale is maple; since it has a lower "Q" value one may think that it may not be suitable for guitar backs and sides, but on the contrary, it is very suitable, depending on one's style of play. Besides, the main determiner of a guitar's sound would be its top wood and bracing, since it is the top plate that is directly coupled to the strings. The back and side wood merely act as "equalizer", enhancing or attenuating frequencies; and "reverb", enhancing (rosewoods) or attenuating (maples) sustain.
How does this guitar mumbo jumbo relate to pool cues? Well in the case of BRW, it has the same "Q" value, regardless of cut. So I believe as far as "hit" or "feel" one probably wouldn't be able to detect a difference in a blind test, all else equal. If the BRW was cored with maple? Well, if the joint was .875" and butt end was 1.25", by volume it would be a very close to equal split. But since BRW is about 20% or so denser than hard maple, my estimated guess is that the feel would edge closer to BRW. And of course, the core material can be something that is closer in density to BRW. Also I don't think every builder uses polyurethane glue for cores as you allude. I'm sure its expansion qualities in the presence of water make it "convenient", though there are many ways to glue a core in with harder glues like epoxy. Again, these are generalizations based on my knowledge, but I'm sure there are exceptions and other cases where this may not hold true, wood being the inconsistent material it is.
I don't understand the "salt" reference, but you don't need to keep it at home; your demeanor is salty enough! With an attitude like that, does the sun EVER shine?