The ionisation enthalpy of lithium is 520 `kJ*mol^(-1)`. The amount of energy required to convert 210 mg of Li-atoms is gaseous state into `Li^(+)` ions is-

The ionisation energy of lithium is 500 KJ mol^(-1) The amount of energy required to convert 70 mg of lithium atoms in gaseous state into Li^+ ions:

The ionisation energy of Li is 500 KJ/mole. The amount of energy required to convert 70 mg of Li atoms in gaseous state into Li^(+) ion (in KJ) is

The ionisation energy of Li is 500 KJ/mole. The amount of energy required to convert 70 mg of Li atoms required to convert 70 mg of Li atoms in gaseous state into Li^(+) ion (in KJ) is

X(g)toX^(+)(g)+e^(-)" "DeltaH=+720kJmol^(-1) . Calculate the amount of energy required to convert 110 mg of X atom in gaseous state into X^(+) ions (At. Wt of X = 7 g/mol)

The ionisation energy of H is 1312 kJ mol^(- 1) . How much energy is required to ionise 100 gram atoms of hydrogen?

X_((g)) to X_((g))^(+) +e^(-), " "DeltaH=+720kJ" "mol^(-1) Calculate the amoung of energy required to convert 110 mg 'X' atom in gaseous state into X^(+) ion. (Atoic wt. for X=7 g /mol)

X_((g)) to X_((g))^(+) +e^(-), " "DeltaH=+720kJ" "mol^(-1) Calculate the amoung of energy required to convert 110 mg 'X' atom in gaseous state into X^(+) ion. (Atoic wt. for X=7 g /mol)

X_((g)) to X_((g))^(+) +e^(-), " "DeltaH=+720kJ" "mol^(-1) Calculate the amoung of energy required to convert 110 mg 'X' atom in gaseous state into X^(+) ion. (Atoic wt. for X=7 g /mol)