1oldman2
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Interesting, I've never thought of it that way.mfb said:But can you bang with a hammer transferring an impulse of 0.6 kg m/s within 10% tolerance?
This discussion revolves around the concept of daily learning, where participants share various facts and insights they have recently discovered. Key topics include the woodworking technique "oyster veneering," the mathematical fact that 23! equals 25,852,016,738,884,976,640,000, and the medical terms "hyperacusis" and "diplacusis." Participants also touch on humorous observations about life, such as the impact of television on weight and the emotional sensitivity of Barn Owls.
PREREQUISITESThis discussion is beneficial for woodworking enthusiasts, mathematicians, medical professionals, and animal behaviorists, as well as anyone interested in the quirky facts of daily life.
Interesting, I've never thought of it that way.mfb said:But can you bang with a hammer transferring an impulse of 0.6 kg m/s within 10% tolerance?
That would be a good start.OmCheeto said:First, we have to define; "hammer".
And then one day I got one of these...OmCheeto said:TIL, that, IMHO, hammers, in all their incarnations, are most awesome tools.
Is that for the 4/4 model ? I think the length might easily vary by 1/8 of an inch depending on the ambient temperature, Its possible both lengths may be correct. How come no one has done a study on this yet? (as an unrelated comment, one of my favorite electric fiddle artists was Papa John Creech)jim hardy said:TIL a violin string is thirteen inches long.
Well, some folks say 12##\frac{7}{8}## inches .
I have several violins, and for the three full-size ones the part of the string which vibrates is 12 7/8 inches to the nearest 1/8 inch (between the bridge and the nut, which is between the finger-board and the pegbox). The string itself is quite a bit longer than that because of the part which attaches to the tailpiece and the part which is wound around the peg.jim hardy said:TIL a violin string is thirteen inches long.
Well, some folks say 12##\frac{7}{8}## inches .
You'd better believe him @jim hardyJonathan Scott said:I have several violins...
Perhaps he'd post a picture or two ?Stephanus said:You'd better believe him @jim hardy
Playing a long and flexible saw with an old cello bow can produce a quite magical sound - I've tried it reasonably successfully, but found that the teeth tend to be a hazard!jim hardy said:An old man sitting on the sidewalk was playing it on a saw ...
Wow, such a handsome son you have. And should you envy a person who has musical ability. Of all people, not JS. And you might learn something about envyjim hardy said:That concert may have affected son
he seems to value good sound quality
his Christmas present one year was sixteen inexpensive speakers and a sheet of plywood,
kept him occupied until school started again
and they sounded doggone good !
Stephanus said:And you might learn something about envy![]()
Oh, sorry. English is my second language. But JS is very good. I play piano and guitar, too. But not near as good.jim hardy said:it's painful not resentful, i assure you...
Thanks for the kind words !
old jim
What is JS ? Javascript ?Stephanus said:Oh, sorry. English is my second language. But JS is very good. I play piano and guitar, too. But not near as good.
?? nothing to be sorry about, just i wasn't sure what you meant about envy...Stephanus said:Oh, sorry.
eric hofferThe real "haves" are they who can acquire freedom, self-confidence, and even riches without depriving others of them. They acquire all of these by developing and applying their potentialities.
Stephanus said:I play piano and guitar, too.

24 = 5*2 + 7 *2
25 = 5 * 5 + 7 * 0
26 = 5 * 1 + 7 * 3
27 = 5 * 4 + 7 * 1
28 = 5 * 0 + 7 * 4
29 = 24 + 5 * 1, etc...
115 = 7 * 5 + 40 * 2 + 41 * 0
116 = 7 * 5 + 40 * 1 + 41 * 1
117 = 7 * 5 + 40 * 0 + 41 * 2
118 = 7 * 11 + 40 * 0 + 41 * 1
119 = 7 * 17 + 40 * 0 + 41 * 0
120 = 7 * 0 + 40 * 3 + 41 * 0
121 = 7 * 0 + 40 * 2 + 41 * 1
122 = 115 + 7, etc...
24=(5-1)*(7-1). I would expect this pattern to work for every set of two integers without a common factor.Stephanus said:What is the minimum sequential value by putting 5 and 7 cent stamps?
It's 24.
Oh, my! You're genius @mfb! I just don't know how on Earth you do it!mfb said:24=(5-1)*(7-1). I would expect this pattern to work for every set of two integers without a common factor.
With more numbers this product is just an upper limit.