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The colours of the transition metal are ...

The colours of the transition metal are due to d-d excitation. The energy required for d-d electron axcitation is available in the visible range.
Transition metal ions have the tendency to absorb certain rediations from the visible region and exhibit the complementary colour.
The transition metal ions which have completely filled d-orbitals are colourless as the excitation of electron or electrons is not possible within d-orbitals. The transition metal ions which have completely empthy d-orbitals are also colourless. In `KMnO_4` and `K_2Cr_2O_7`, there are no unpaired electrons at the central atom but they are dep in colour. The colour of these compounds is due to charge transfer spectrum. for example in `MnO_4` electron is momentrily transferred from O to the metal and thuys oxygen changes from `O^(2-)` and `O^(ɵ)` maganese from `Mn^(7+)` to `Mn^(6+)`.
Q. Select the correct statement:

A

colour of the transition metal ion arises due to d-d transition.

B

colour of certain oxysalts of transition metals is due to charge tranfer.

C

Both are correct.

D

None is correct.

Text Solution

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The correct Answer is:
c
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The colours of the transition metal are due to d-d excitation. The energy required for d-d electron axcitation is available in the visible range. Transition metal ions have the tendency to absorb certain rediations from the visible region and exhibit the complementary colour. The transition metal ions which have completely filled d-orbitals are colourless as the excitation of electron or electrons is not possible within d-orbitals. The transition metal ions which have completely empthy d-orbitals are also colourless. In KMnO_4 and K_2Cr_2O_7 , there are no unpaired electrons at the central atom but they are dep in colour. The colour of these compounds is due to charge transfer spectrum. for example in MnO_4 electron is momentrily transferred from O to the metal and thuys oxygen changes from O^(2-) and O^(ɵ) maganese from Mn^(7+) to Mn^(6+) . Q. Which is a coloured ion?

The colours of the transition metal are due to d-d excitation. The energy required for d-d electron axcitation is available in the visible range. Transition metal ions have the tendency to absorb certain rediations from the visible region and exhibit the complementary colour. The transition metal ions which have completely filled d-orbitals are colourless as the excitation of electron or electrons is not possible within d-orbitals. The transition metal ions which have completely empthy d-orbitals are also colourless. In KMnO_4 and K_2Cr_2O_7 , there are no unpaired electrons at the central atom but they are dep in colour. The colour of these compounds is due to charge transfer spectrum. for example in MnO_4 electron is momentrily transferred from O to the metal and thuys oxygen changes from O^(2-) and O^(ɵ) maganese from Mn^(7+) to Mn^(6+) . Q. Which of the following is paramagnetic as well as coloured ion?

The colours of the transition metal are due to d-d excitation. The energy required for d-d electron axcitation is available in the visible range. Transition metal ions have the tendency to absorb certain rediations from the visible region and exhibit the complementary colour. The transition metal ions which have completely filled d-orbitals are colourless as the excitation of electron or electrons is not possible within d-orbitals. The transition metal ions which have completely empthy d-orbitals are also colourless. In KMnO_4 and K_2Cr_2O_7 , there are no unpaired electrons at the central atom but they are dep in colour. The colour of these compounds is due to charge transfer spectrum. for example in MnO_4 electron is momentrily transferred from O to the metal and thuys oxygen changes from O^(2-) and O^(ɵ) maganese from Mn^(7+) to Mn^(6+) . Q. Which of the following compounds is (are) coloured due to charge transfer spectra and not due to d-d transition?

The colours of the transition metal are due to d-d excitation. The energy required for d-d electron axcitation is available in the visible range. Transition metal ions have the tendency to absorb certain rediations from the visible region and exhibit the complementary colour. The transition metal ions which have completely filled d-orbitals are colourless as the excitation of electron or electrons is not possible within d-orbitals. The transition metal ions which have completely empthy d-orbitals are also colourless. In KMnO_4 and K_2Cr_2O_7 , there are no unpaired electrons at the central atom but they are dep in colour. The colour of these compounds is due to charge transfer spectrum. for example in MnO_4 electron is momentrily transferred from O to the metal and thuys oxygen changes from O^(2-) and O^(ɵ) maganese from Mn^(7+) to Mn^(6+) . Q. K_2Cr_2O_7 gives coloured solution in water. The colour is due to

The colour of the transition metal ions is due to

The colour of the transition metal ions is//are due to:

The colour of transition metal ion is attributed to:

The colour of transition metal ion is attributed to:

Why Cu, Ag and Au are transition elements although they have completely filled d -orbitals ?

Copper is regarded as transition metal though it has completely filled d-orbital (d^(10)) . Explain.

CENGAGE CHEMISTRY ENGLISH-D AND F BLOCK ELEMENTS-Exercises Linked Comprehension
  1. The colours of the transition metal are due to d-d excitation. The ene...

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  2. The colours of the transition metal are due to d-d excitation. The ene...

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  3. The colours of the transition metal are due to d-d excitation. The ene...

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  4. The colours of the transition metal are due to d-d excitation. The ene...

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  5. The colours of the transition metal are due to d-d excitation. The ene...

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  6. KMnO4 is prepared from the mineral pyrolusite, MnO2 (deep purple colou...

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  7. KMnO4 is prepared from the mineral pyrolusite, MnO2 (deep purple colou...

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  8. KMnO4 is prepared from the mineral pyrolusite, MnO2 (deep purple colou...

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  9. KMnO4 is prepared from the mineral pyrolusite, MnO2 (deep purple colou...

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  10. If instead of H2SO4, HCl or HNO3 of suitable concentration were used, ...

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  11. KMnO4 is prepared from the mineral pyrolusite, MnO2 (deep purple colou...

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  12. Transition metals and many of their compounds show paramagnetic behavi...

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  13. Arrange the following in increasing value of magnetic moments. (i) ...

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  14. Transition metals and many of their compounds show paramagnetic behavi...

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  15. Transition metals and many of their compounds show paramagnetic behavi...

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  16. Transition metals and many of their compounds show paramagnetic behavi...

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  17. Transition metals and many of their compounds show paramagnetic behavi...

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  18. Photography is based on the nature of silver halides. Except AgF, the ...

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  19. Photography is based on the nature of silver halides. Except AgF, the ...

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  20. Photography is based on the nature of silver halides. Except AgF, the ...

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