If energy required for the ionization of 0.2 g atom of Na atom is x kJ

1.	If energy required for the ionization of 0.2 g atom of Na atom is x kJ then the energy required (in kJ) to ionize 2.3g of Na atom
Answer» Answer ⇒ 11.5x kJ. Explanation ⇒ IONIZATION means converting the SODIUM atom into isolated GASEOUS ion. For 0.2 gm of the Sodium atom, AMOUNT of energy released to convert it into isolated gaseous atom = x kJ. ∴ For 1 gm of the Sodium atom, amount of energy released to convert it into isolated gaseous atom = x/0.2 kJ. ∴ For 2.3 gm of the Sodium atom, amount of energy released to convert it into isolated gaseous atom = 2.3x/0.2 kJ = 11.5x kJ. Hence, energy released to convert sodium atom into isolated gaseou ion is 11.5x kJ. Hope it helps.

If energy required for the ionization of 0.2 g atom of Na atom is x kJ then the energy required (in kJ) to ionize 2.3g of Na atom

Answer»

Answer ⇒ 11.5x kJ.

Explanation ⇒ IONIZATION means converting the SODIUM atom into isolated GASEOUS ion.

For 0.2 gm of the Sodium atom, AMOUNT of energy released to convert it into isolated gaseous atom = x kJ.

∴ For 1 gm of the Sodium atom, amount of energy released to convert it into isolated gaseous atom = x/0.2 kJ.

∴ For 2.3 gm of the Sodium atom, amount of energy released to convert it into isolated gaseous atom = 2.3x/0.2 kJ

= 11.5x kJ.

Hence, energy released to convert sodium atom into isolated gaseou ion is 11.5x kJ.

Hope it helps.