What is the difference between ionization potential, ionization enthalpy and ionization energy?

What is the distinction between #jalalk ionization potential, ionization enthalpy and #jalalk ionization vitality? 


Ionization Energy:- 


Same as Ionization enthalpy. It is the vitality required to discharge an electron from a molecule. For eg for Na let guess IE is - 500 KJ/mol. So we have to supply 500 KJ of vitality to 23 gm(1 mole) of Na to launch 1 mole electrons from it. 



Ionization Potential:- 


It is the potential required to launch an electron from a particle. For instance:- To discharge an electron from Na the potential required is - 3.6 V. In this manner, in the event that we apply a capability of 3.6 volts over a bit of sodium, the electrons begins to launch from it. 


On the off chance that you know IE, at that point to figure IP you simply need to compare IE=eIP. Where e is charge on electron. IE is commonly determined in eV for an iota. 


Ionization enthalpy ,shows the security of electronic design. Ionization enthalpy or ionization vitality is the measure of vitality required to expel most inexactly bound electron from valence shell of confined vaporous molecule. It is communicated in KJ per particle. It is hard to expel an electron from satisfied or half-filled orbital,as it is by all accounts progressively stable because of huge trade energy.Thus ionization enthalpy records high for such components. for example first ionization enthalpy of nitrogen is more prominent than oxygen. 


Ionization potential is the measure of vitality required ,communicated in electron volt per molecule ,to expel most approximately bound electron from valence shell of disconnected vaporous iota. 


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