energy released =30.87 eV/atom. If the energy released

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An element undergoes a reaction as shown: X+2e− →X 2− , energy released =30.87 eV/atom. If the energy released, is used to dissociate 4 g of H 2 molecules, equally into H+ and H^* , where H^∗ is excited state of H atoms where the electron travels in orbit whose circumference equal to four times its de Broglie’s wavelength. Determine the least moles of X that would be required. Given: I.E. of H=13.6 eV/atom, bond energy of H2 ​= 4.526 eV/ molecule.
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Nov
An element undergoes a reaction as shown: X+2e− →X 2− , energy released =30.87 eV/atom. If the energy released, is used to dissociate 4 g of H 2 molecules, equally into H+ and H^* , where H^∗ is excited state of H atoms where the electron travels in orbit whose circumference equal to four times [...]
Posted in: Chapter 2 - Atomic Structure (Level 1 and Level 2) , N Awasthi Physical Chemistry ,
Tags: An element undergoes a reaction as shown: X+2e− →X 2− , energy released =30.87 eV/atom. If the energy released , equally into H+ and H^* , is used to dissociate 4 g of H 2 molecules , The ratio of the radius difference between 4th and 3rd orbit of H-atom and that of Li^2+ ion is: ,