`d^(6)` configuration will result in total spin of :

For which of the followng d^(n) configuration complexes, can not exist in both high spin and low spin forms: (I) d^(3) (II) d^(5) (III) d^(6) (IV) d^(8)

Analysis show that iron oxide consist of Iron ion with 94% ions having d^(6) configuration and 6% having d^(5) configuration. Which amongst the following best represents the formula of the oxide?

What is crystal field stabilisation energy for high spin d^6 configuration for octahedral & tetrahedral complexes.

Which of the following electronic configurations can leads to the formation of high spin and low spin octahedral complexes ?

For [Cr(H_(2)O)_(6)]^(2+) ion the mean pairing energey P is found to be 23500cm^(-1) The magnitude of Delta_(0) is for the complex in configurations corresponding to high spin and low spin states Which is more stable ?

Low spin configuration are rarely observed in tetrahedral coordination entity formation. Explain.

Gadolinium (Gd) has 4f^(7) 5 d^(1) 6s^(2) electronic configuration outside the [Xe] core. Find spin magnetic moment of Gd^(3+)