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Electronegativity and Electron Gain Enthalpy

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How to calculate 2nd ionization energy for 3 rd period

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Q. How do you calculate ionization energy using Rydberg constant?

Q. Ionization energy is defined as 'the energy required for removing the most loosely bound electron from an isolated gaseous atom or ion'. Identify element A.

Molar ionization energy for element 'A'	$1^{s t}$	$2^{n d}$	$3^{r d}$	$4^{t h}$	$5^{t h}$	$6^{t h}$
(kJ/mol)	1086.5	2352.6	4620.5	6222.7	37831	47277

Q. The ionization energy of the hydrogen atom is

13.6 e V

. Following Bohr's theory, the energy corresponding to a transition between the

3^{r d}

4^{t h}

	1st Ionization Energy (eV)	2nd Ionization Energy (eV)
U	5.6	5.6
V	1.7	2.9
X	1.1	13.6
Y	12.4	2.8
Z	2.9	1.7

From the information given in the above table find the group IA metal?

Q. Find the correct 2nd ionization energy order from the following option(s) :

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Electronegativity and Electron Gain Enthalpy

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