ch10q7

Anonymous access to the webmaster to send a message concerning computer related errors in this question is available here.
Click here to get an explanation of notation.
This document has been called 4 times.
To->e.V.kcal/molcm-1 sec-1erg
From e.V.123.058.065 x 1032.43 x 10141.601 x 10-12
From kcal/mol4.345 x 10-21350 1.05 x 10136.95 x 10-14
From cm-11.24 x 10-4 2.858 x 10-313 x 1010(c)1.986 x 10-16(hc)
From sec-14.13 x 10-159.52 x 10-14 3.33 x 10-1116.627 x 10-27(hc)
From erg6.25 x 1011 1.439 x 10135.04 x 1015 1.51 x 10261
e = 4.80286 x 10-10 esu
me = 9.1055 x 10-28gram
mproton = 1.67312 x 10-24 gram
h = 6.627 x 10-27erg-sec
aBohr = 0.5296 x 10-8cm
kBoltzmann = 1.38033 x 10-16ergs/K
c = 299793.3 km/sec


Calculate the number of revolutions per second (frequency) an electron makes in circumnavigating the nucleus when the electron is in the n=38 orbit of a triply positive Be cation.

What's your answer? Choose your answer in scientific notation, i.e.,

± w.xy E{± ab},
and then press the Submit Query button.

. E{}

/ time_stamp:20:31 ,Monday, February 13, 20112
If you wish to enter into a technical discussion (with me or others) via e-mail, and need to use mathematical notation, consider using MathCast (PC's only) which allows pasting equations into e-mails.
If you just wish to write to me directly, without mathematical notation, then please use the form below:
If you wish to comment to C. W. David about this question, assumptions you are making, inconsistencies in the phraseology of the question, objections to the question, etc., etc., etc., you may use this space for that purpose.Please include your e-mail address explicitly. Thank you.
e-mail addresss = at (38.107.179.207)