What is ionisation enthalpy
Answers
Answered by
28
Heya!
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◾Ionization Enthalpy:
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↪Ionization Enthalpy is the energy required to eject an electron from the surface of an isolated neutral gaseous atom .
↪Ionization Enthalpy is Inversely proportional to the photoelectric Effect . More is the ionization energy , lesser is the photo electric effect .
↪It mainly depends on the following factors :
◾Electronic Configuration
◾Size of Atom
◾Screening Effect
◾Penitration Effect
◾Nuclear Charge .
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--------
-----------------------------------------------------------------------------------------------------
◾Ionization Enthalpy:
===================
↪Ionization Enthalpy is the energy required to eject an electron from the surface of an isolated neutral gaseous atom .
↪Ionization Enthalpy is Inversely proportional to the photoelectric Effect . More is the ionization energy , lesser is the photo electric effect .
↪It mainly depends on the following factors :
◾Electronic Configuration
◾Size of Atom
◾Screening Effect
◾Penitration Effect
◾Nuclear Charge .
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Answered by
20
Hey mate!
Here's your answer....!
What us Ionisation Enthalpy ?
↪The amount of energy required to remove an electron from a neutral isolated gaseous atom to convert it into a positively charged neutral ion is known as ionisation Energy Or Ionisation Enthalpy.
↪Ionization Energy depends on two factors => 1) Atomic Size 2) Nuclear Pull
↪Ionisation Energy increases as we move across a period from left to right in the periodic table, due to increase in nuclear pull.
↪Ionisation Energy decreases as we move down the group from top to bottom due to increase in atomic size.
;-)
Here's your answer....!
What us Ionisation Enthalpy ?
↪The amount of energy required to remove an electron from a neutral isolated gaseous atom to convert it into a positively charged neutral ion is known as ionisation Energy Or Ionisation Enthalpy.
↪Ionization Energy depends on two factors => 1) Atomic Size 2) Nuclear Pull
↪Ionisation Energy increases as we move across a period from left to right in the periodic table, due to increase in nuclear pull.
↪Ionisation Energy decreases as we move down the group from top to bottom due to increase in atomic size.
;-)
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