T i -3 is purple- but T i -4 is colourless- This is becauseA- d 0 configuration of Ti -3 and d 1 configuration of Ti -4B- d 10 configuration of Ti -3 and d 1 configuration of Ti -4C- d 1 configuration of Ti -3 and d 0 configuration of Ti -4D- d 1 configuration of Ti -3 and d 10 configuration of Ti -4

The correct option is C d1 configuration of Ti+3 and d0 configuration of Ti+4 Color is due to presence of unpaired electron ...

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Bohr's Model of a Hydrogen Atom

T i +3 is pur...

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$T i^{+ 3}$ is purple, but $T i^{+ 4}$ is colourless. This is because

d¹ configuration of Ti⁺³ and d⁰ configuration of Ti⁺⁴

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d¹ configuration of Ti⁺³ and d¹⁰ configuration of Ti⁺⁴

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d⁰ configuration of Ti⁺³ and d¹ configuration of Ti⁺⁴

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d¹⁰ configuration of Ti⁺³ and d¹ configuration of Ti⁺⁴

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