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#16 by Peter Luschny at Wed Feb 13 04:41:03 EST 2019
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#15 by Peter Luschny at Wed Feb 13 04:40:43 EST 2019
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| COMMENTS
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For the exact value for the Avogadro constant is N_A = 6.02214076*10^^{23 } mol^{-1} according to the 2019 SI system of units see A322578. - Wolfdieter Lang, Feb 12 2019
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proposed
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Discussion
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Wed Feb 13
| 04:40
| Peter Luschny: ... as you like.
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#14 by Jon E. Schoenfield at Tue Feb 12 22:46:49 EST 2019
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Discussion
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Wed Feb 13
| 03:14
| Wolfdieter Lang: Jon, I prefer to enclose the exponents in backets, if one has to use ^ to indicate an exponent (also for positive exponents with more than 1 digit). Is there a style convention in OEIS? I hope not!
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#13 by Jon E. Schoenfield at Tue Feb 12 22:46:45 EST 2019
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For the exact value for the Avogadro constant is N_A = 6.02214076×*10^{^23} mol^{-1} according to the 2019 SI system of units see A322578. - Wolfdieter Lang, Feb 12 2019
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#12 by Michel Marcus at Tue Feb 12 10:32:16 EST 2019
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#11 by Michel Marcus at Tue Feb 12 10:32:10 EST 2019
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| REFERENCES
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R. F. Fox and T. P. Hill, An exact value for Avogadro's number, American Scientist, 95 (No. 2, 2007), 104-107.
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| LINKS
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R. F. Fox and T. P. Hill, <a href="https://www.researchgate.net/publication/250968868_An_Exact_Value_for_Avogadro's_Number">An exact value for Avogadro's number</a>, American Scientist, 95 (No. 2, 2007), 104-107.
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#10 by Michel Marcus at Tue Feb 12 05:45:40 EST 2019
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#9 by Michel Marcus at Tue Feb 12 05:45:32 EST 2019
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| COMMENTS
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For the exact value for the Avogadro constant is N_A = = 6.02214076×10^{23} mol^{-1} according to the 2019 SI system of units see A322578. - Wolfdieter Lang, Feb 12 2019
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| CROSSREFS
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Cf. A087778 (experimental), ), A322578 (exact).
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#8 by Wolfdieter Lang at Tue Feb 12 05:22:35 EST 2019
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#7 by Wolfdieter Lang at Tue Feb 12 05:22:29 EST 2019
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