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#18 by Peter Luschny at Sun Jul 07 02:22:04 EDT 2019
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#17 by Michel Marcus at Sun Jul 07 00:52:26 EDT 2019
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#16 by Sean A. Irvine at Sat Jul 06 21:36:27 EDT 2019
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Discussion
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| Sat Jul 06
| 21:37
| Sean A. Irvine: Yes, offset should be 24.
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| Sun Jul 07
| 00:52
| Michel Marcus: yes
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#15 by Sean A. Irvine at Sat Jul 06 21:36:22 EDT 2019
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| COMMENTS
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For the exact Avogadro constant 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
editing
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#14 by Jianing Song at Sat Jul 06 12:29:47 EDT 2019
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Discussion
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| Sat Jul 06
| 13:06
| Michel Marcus: I see
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#13 by Jianing Song at Sat Jul 06 12:29:39 EDT 2019
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| COMMENTS
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For the exact Avogadro constant N_A = 6.02214076×10^23 mol^(-1) according to the 21092019 SI system of units see A322578. - Wolfdieter Lang, Feb 12 2019
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proposed
editing
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#12 by Michel Marcus at Sat Jul 06 11:51:28 EDT 2019
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Discussion
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| Sat Jul 06
| 12:29
| Jianing Song: So I edited A322578 too, 6.022...*10^23 has 24 digits before the decimal point so offset should be 24 (like A087778).
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#11 by Michel Marcus at Sat Jul 06 11:48:44 EDT 2019
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NIST, <a href="httphttps://physics.nist.gov/cgi-bin/cuu/Constants/index.htmlValue?na">ConstantsAvogadro constant</a>.
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Discussion
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| Sat Jul 06
| 11:51
| Michel Marcus: but why edit a dead sequence ? why offset 24 : A322578 has 23
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#10 by Jianing Song at Sat Jul 06 11:38:13 EDT 2019
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#9 by Jianing Song at Sat Jul 06 11:37:36 EDT 2019
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| NAME
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Decimal expansion of old estimate for Avogadro's constant (in mol^{-^(-1}).)).
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