The given reaction can be broken down into two steps: 1. Mg(g) \(\rightarrow\) Mg\(^{+}\)(g) + e\(^{-}\) (IE\(_1\)) 2. Mg\(^{+}\)(g) \(\rightarrow\) Mg\(^{2+}\)(g) + e\(^{-}\) (IE\(_2\)) The overall reaction is the sum of these two steps: Mg(g) \(\rightarrow\) Mg\(^{2+}\)(g) + 2e\(^{-}\) The energy required for the overall reaction is the sum of the ionization enthalpies:
Energy = IE\(_1\) + IE\(_2\) Given IE\(_1\) = 178 kcal mol\(^{-1}\) and IE\(_2\) = 348 kcal mol\(^{-1}\), we have: Energy = 178 + 348 = 526 kcal mol\(^{-1}\)
Final Answer: +526 kcal mol\(^{-1}\).
Two statements are given below
Statement I: Benzanamine can be prepared from phthalimide.
Statement II: Benzanamine is less basic than phenyl methanamine.
What are X and Z in the following reaction sequence?
What is Y in the following reaction sequence?
Observe the following set of reactions:
Correct statement regarding Y and B is:
What is X in the following reaction?