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Why Ti^(+4) complex are diamagnetic?...

Why `Ti^(+4)` complex are diamagnetic?

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Electronic configuration of `._(22)Ti^(+4)` is `[Ar]^(18)3d^(0)4s^(0)`. So all electrons are paired and thus its all complexes are diamagnetic.
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RESONANCE ENGLISH-D & F-BLOCK ELEMENTS & THEIR IMPORTANT COMPOUNDS -Exercise 1
  1. Use the data to answer the following and also justify giving rason: {:...

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  2. Which of the following ions would form (i) coloured and (ii) colourles...

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  3. Why Ti^(+4) complex are diamagnetic?

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  4. A substance is found to have a magnetic moments of 3.9BM.How many unpa...

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  5. Explain giving reasons: (i) Transition metals and many of their compou...

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  6. Describe The general characteristics of transition elements with speci...

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  7. Which type of reaction MnO(4)^(2-)show with acid , dilute -alkali or w...

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  8. Why is KMnO4 kept in dark bottles ?

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  9. Why does AgNO(3) produced a black stain on the skin?

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  10. Why is AgBr used in photography ?

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  11. Why it is not advisable to dissolve KMnO(4) in cold and concentrated H...

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  12. What happen when: (a) Green Vitriol is strongly heated. , (b) FeSO(4)...

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  13. State true or false: Reaction of K(2)Cr(2)O(7) with cold and concentra...

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  14. Write balanced chemical equations for: (i) Mixture of K(2)Cr(2)O(7) ...

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  15. What are inner transition elements? Decide which of the following atom...

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  16. Actinoid contraction is greater from element to element than lanthanoi...

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  17. The chemistry of the actinoid elements is not so smooth as that of the...

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  18. Why Sm^(2+) , Eu^(2+) and Yb^(2+) ions are good reducing agents , but ...

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  19. The transition elements have a general electronic configuration.

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  20. The atomic volume of the transition elements are low compared with ele...

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