The number of atoms you can ionise in the process `Cl rarr Cl^(+)+ e^(-)` by the energy liberated for the process `Cl+e^(-) rarr Cl^(-)` for the avagadro number of atoms `(" given " IE=13eV , EA=3.6eV)`

How many Cl atoms can you ionise in the process Cl rarr Cl^+ + e, by the energy liberated for the process Cl + e rarr rarr Cl^- for one Avogadro's number of atoms ? (Given : IP = 13. 0 eV and EA = 3.60 eV ) .

How many Cl atosm can you ionise in the process Cl rarr Cl^+ + e, by the energy liberated for the process Cl + e rarr rarr Cl^- for one Avogadro's number of atoms ? (Given : IP = 13. 0 eV and EA = 3.60 eV ) .

How many Cl atoms can you ionize in the process Cl to Cl^(+) + e by the energy liberated for the process Cl + e to Cl^(-) for one Avogadro number of atoms. Given IP = 13.0 eV, and EA = 3.60 eV. Avogadro number = 6 xx 10^(23) .

How many chlorine atoms can you ionize in the process Cl rarr Cl^+ + e , by the energy liberated from the following process ? Cl + e^- rarr Cl^(-) for 6 xx 10^23 "atoms" Given electron affinity ofm Cl = 3.61 eV , and I P of Cl = 17.422 eV .

How many chlorine atoms can you ionize in the process Cl rarr Cl^+ + e , by the energy liberated from the following process ? Cl + e^- rarr Cl^(-) for 6 xx 10^23 "atoms" Given electron affinity ofm Cl = 3.61 eV , and I P of Cl = 17.422 eV .

How many echlorine atoms can ionize in the process: Cl to Cl^(+) + e , by the energy liberated from the following process. Cl + e to Cl^(-) for 6 xx 10^(23) atoms Given electron affinity of Cl = 3.61ev and Ionization potential fo Cl = 17.422 ev .

The process SO_2 rarr S_2Cl_2 is

The process SO_2 rarr S_2Cl_2 is

The number of moles of Cl atoms in one mole of C Cl_(4) _____ is