[" 15.First,second & third ionization energies are "737,1045&7733KJ/mol" respectively.The "],[" element can be "],[[" (A) "Na," (B) "B," (C) "Al," (D) "Mg]]

First, second & third ionization energies are 737, 1045 & 7733 KJ//mol respectively. The element can be :

First, second & third ionization energies are 737, 1045 & 7733 KJ//mol respectively. The element can be :

The first elements of first, second and third transition series respectively are

The first elements of first second and third transition series respectively are

The first second and third ionisation energies of AI are 587 , 1817 and 2745 kJ "mol"^(-1) respectively . Calculate the energy required to convert all the atoms of AI to AI^(+3) present in 270 mg of AI vapours

The first second and third ionisation energies of AI are 587 , 1817 and 2745 kJ "mol"^(-1) respectively . Calculate the energy required to convert all the atoms of AI to AI^(+3) present in 270 mg of AI vapours

The first three successive ionisation energies of an element Y are 900, 1757 and 14850 kJ mol^(-1) respectively. The element Y belongs to