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The pale colour of is due to:
  • a)
    Spin forbidden d–d transit ion.
  • b)
    Metal to ligand charge transfer.
  • c)
    Ligand to metal charge transfer.
  • d)
    Intra ligand excitat ion.
Correct answer is option 'A'. Can you explain this answer?
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The pale colour ofis due to:a)Spin forbidden d–d transit ion.b)M...
The pale color of [Mn(H₂O)₆]2+ arises from spin-forbidden d-d transitions. In Mn²⁺ (3d5), all d-electrons are unpaired in a high-spin state due to weak field ligands like water. Transitions between d-orbitals require a spin flip, which is forbidden by selection rules, resulting in weak absorption and a pale color.
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The pale colour ofis due to:a)Spin forbidden d–d transit ion.b)M...
Delta s doesnt equals to 0
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The pale colour ofis due to:a)Spin forbidden d–d transit ion.b)Metal to ligand charge transfer.c)Ligand to metal charge transfer.d)Intra ligand excitat ion.Correct answer is option 'A'. Can you explain this answer?
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