Ionization enthalpy generally increases across a period due to increasing effective nuclear charge.
However, nitrogen has a half-filled p-orbital configuration (2p\(^3\)), which provides extra stability, making its ionization enthalpy higher than oxygen.
Thus, the correct order is: \[ N > O > C > Be \]
List-I Tetrahedral Complex | List-II Electronic configuration |
---|---|
(A) TiCl4 | (I) e2, t20 |
(B) [FeO4]2- | (II) e4, t23 |
(C) [FeCl4]- | (III) e0, t22 |
(D) [CoCl4]2- | (IV) e2, t23 |
Given the Linear Programming Problem:
Maximize \( z = 11x + 7y \) subject to the constraints: \( x \leq 3 \), \( y \leq 2 \), \( x, y \geq 0 \).
Then the optimal solution of the problem is: