`IE "for" He^+ "is" 1.96 xx 10^-19 J "atom"^-1`. Calculate the energy of first stationary state of `Be^(+3)`.

The ionisation energy of He^(o+) is 19.6 xx 10^(-19) J "atom "^(-1) .Calculate the energy of the first stationary state of li^(2+)

The ionisation energy of He^(+) is 19.6 xx 10^(-18)"J atom"^(-1) . Calculate the energy of first stationary state of Li^(2+) .

The ionization energy of He^(+) is 8.72 xx 10^(-18)J "atom"^(-1) . Calculate the energy of first stationary state of Li^(2+) .

The ionisation energy of He^(+) is 19.6xx10^(-18)"J atom"^(-1) Calculate the energy of first stationary state of Li^(2+) ion.

The ionisation energy of He^+" is "19.6 xx 10^(-12) J/atom. Calculate the energy of the first stationary state of Li^(2+) .

Ionisation energy of He^+ is 19.6 xx 10^-18 J "atom"^(-1) . The energy of the first stationary state (n = 1) of Li^( 2 +) is.

Ionisation energy of He^(+) " is " 19.6 xx 10^(-18)J "atom"^(-1) . The energy of the first stationary state (n = 1) of Li^(2+) is

The ionisation energy of He^(o+) is 19.6 xx 10^(-18) J "atom" ^(-1) .The energy of the first stationary state of Li^(2+) will be