> ElectrOpium to the rescue. :-) Or as they would say down Texas way: ElectRopium to the rescue. Right Richard?
137th = 1737^2 * 27.2 = - 0.511 MeV too. > [Original Message] > From: Frederick Sparber <[EMAIL PROTECTED]> > To: <[email protected]> > Date: 5/21/2006 8:51:45 AM > Subject: RE: Hydrino - orgone again :( > > Cheer up, Robin. > ElectrOpium to the rescue. :-) > > (*e-) mass = 2* 9.1e-31 kg > First orbit (v = c/137) R = 0.5 * 5.29e-11 > 1st = -27.2 eV > 2nd = - 109 eV > 3rd = -245 eV > 4th = -436 eV > 5th = -681 eV > 6th = -981 eV > 7th = -1335 eV > 8th = -1744 eV > 9th = - 2207 eV > 10th = - 2725 eV naturally > 100th = - 272,575 eV super-naturally or poppycock? > > Fred > > Robin wrote: > > > > Hi, > > > > Oops! - H[n=1/24]hydride is an even better "alkali metal" than the > > real alkali metals, so it isn't just going to sit quietly in a > > water molecule, it's going to reduce the hydrogen, and very > > quickly at that! > > > > Consequently, this whole scenario doesn't work. To compound the > > error, the energies I calculated were total shrinkage energies, > > not just for the next step. They should have been 666 eV for Ar+ > > and 1360 eV for O++. > > > > Regards, > > > > Robin van Spaandonk > > > > http://users.bigpond.net.au/rvanspaa/ > > > > Competition provides the motivation, > > Cooperation provides the means. > >
