Home
Class 11
CHEMISTRY
The energy needed for Li(g) rarr Li(g)^(...

The energy needed for `Li_(g) rarr Li_(g)^(3+) + 3e` is `1. 96 xx 10^4 kJ mol ^(-1)` . If the first ionisation energy of Li is ` 520 k J mol^(-1)` . Calcuate the second ionisation energy of `Li` .
(Given : `IE_1` for ` H = 2 . 2. 18 xx 10^(-18) k J "atom"^(-1)`).

Promotional Banner

Similar Questions

Explore conceptually related problems

The energy needed for Li_((g))to Li_((g))^(+3)+3e^(-) is 1.96xx10^(4)"KJ mole"^(-1) . If the first ionisation energy of Li is 520 KJ "mole"^(-1) calculate second ionisation energy for Li. Given IE_(1) for H = 2.18xx10^(-18)"J atom"^(-1)

The energy required for the following process is 1.96 xx 104" kJ mol"^(-1)rarr3e^(-)+Li^(3+)(g) If the first ionisation energy of lithium is "520 kJ mol"^(-1) what is the second ionisation energy?

The energy required for the following process is 1.96 xx 10^4 kJ mol^(-1) Li_(g) to 3e^(-) + Li_((g))^(3+) If the first ionisation energy of lithium is 520 kJ mol^(-1) , what is the second ionisation energy?

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 "19.6 xx 10^(-12) J/atom. Calculate the energy of the 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.