How many joules of energy must be absorbed to convert Li to `Li^(+)` , all the atoms present in `1.00` mg of gaseous Li ? `lE_(1)` of Li is `520.3 kJ mol^(-1)(Li=7)` .

How much energy in joules must be needed to convert all the atoms of sodium to sodium ions present in 4.6 mg of sodium vapours? Ionization enthalpy of sodium is 495 "kJ mol"^(-1)

How much energy in joules must be needed to convert all the atoms of sodium to sodium ions present in 4.6 mg of sodium vapours? Ionization enthalpy of sodium is 495 "kJ mol"^(-1)

Ionization enthalpy of lithium is 520 kJ mol^(-1) . How much enthalpy in jọules must be needed to convert all atoms of Li to Li^+ ions present in 7 mg of Li vapours. 74.3 kJ , 520 xx 6.023 xx 10^(-17)J , 520 J , 780 J

The ionization energies of Li and Na are 520 kJ mol ^-1 and 495 kJ mol ^-1 respectively. The energy required to convert all the atoms present in 7 mg of Li vapours and 23 mg of sodium vapours to their respective gaseous captions respectively are :

The ionization energies of Li and Na are 520 kJ mol ^-1 and 495 kJ mol ^-1 respectively. The energy required to convert all the atoms present in 7 mg of Li vapours and 23 mg of sodium vapours to their respective gaseous captions respectively are :

The ionization enthalpies of Li and Na are "520 kJ mol"^(-1) and "495 kJ mol"^(-1) respectively. They energy required to convert all the atoms present in 70 mg of Li vapours and 230 mg of sodium vapours of their respectively gaseous cations respectively are