There are 1 mole of atoms of an element A. When half of the atoms tran – InterviewSolution

1.	There are 1 mole of atoms of an element A. When half of the atoms transfer one electron to another atom, 405 kJmol−1 of energy was found to be consumed. An additional energy of 745 kJ/mol was further required to convert all the A− ions to A+. Calculate the ionisation energy of atom A in kJ
Answer» There are 1 mole of atoms of an element A. When half of the atoms transfer one electron to another atom, 405 $k J m o l^{- 1}$ of energy was found to be consumed. An additional energy of 745 $k J / m o l$ was further required to convert all the $A^{-}$ ions to $A^{+}$ . Calculate the ionisation energy of atom A in $k J$

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