Generally, the coordination number and the nature of the electronic absorption band (f → f transition)

Generally, the coordination number and the nature of the electronic absorption band (f → f transition)

Q. Generally, the coordination number and the nature of the electronic absorption band (f → f transition) of lanthanide(III) ion in their complexes are, respectively, (A) greater than 6 and sharp                            (B) 6 and broad (C) less than 6 and sharp                    (D) greater than 6 and broad Ans: greater than 6 and sharp

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Spectroscopic ground state term symbols of cobalt ions in [Co(H2O)6]2+ and [CoCl4]2–

Spectroscopic ground state term symbols of cobalt ions in [Co(H2O)6]2+ and [CoCl4]2–

Q. Spectroscopic ground state term symbols of cobalt ions in [Co(H2O)6]2+ and [CoCl4]2–, respectively, are (A) 2T1g and 4A2                                                 (B) 4T1g and 4A2 (C) 4T2g and 4T1                                 (D) 2T1 and 4A1 Ans: 4T1g and 4A2

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The coordination geometries around the copper ion of plastocyanin (a blue-copper protein) in oxidized and reduced form

The coordination geometries around the copper ion of plastocyanin (a blue-copper protein) in oxidized and reduced form

Q. The coordination geometries around the copper ion of plastocyanin (a blue-copper protein) in oxidized and reduced form, respectively, are (A) tetrahedral and square-planar (B) square-planar and tetrahedral (C) distorted tetrahedral for both (D) ideal tetrahedral for both Ans: distorted tetrahedral for both

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According to Eyring transition state theory for a bimolecular reaction, the activated complex has

According to Eyring transition state theory for a bimolecular reaction, the activated complex has

Q. According to Eyring transition state theory for a bimolecular reaction, the activated complex has (A) no vibrational degrees of freedom. (B) vibrational degrees of freedom but they never participate in product formation. (C) one high frequency vibration that leads to product formation. (D) one low frequency vibration that leads to product formation. Ans: one

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