77 results for “coordination compounds”.

ABC26IN0650

Inorganic Chemistry · Coordination Chemistry · JAM 2005-2022

The observed magnetic moments of octahedral Mn3+, Fe3+ and Co3+ complexes are 4.95,6.06 and 0.00 BM, respectively. The correct option for the electronic configu…

ABC26IN0651

Inorganic Chemistry · Coordination Chemistry · JAM 2005-2022

The correct order of wavelength (lambda max) of the halide to metal charge-transfer band of [Co (NH3) Cl]2+ (I), [Co (NH3)5 Br]2+ (II) and [Co (NH3)5 I]2+ (III)…

ABC26IN0652

Inorganic Chemistry · Coordination Chemistry · JAM 2005-2022

The correct trend in the rate of substitution of Cl-by pyridine in the following complexes is (I) (II) (III) (IV)

ABC26IN0653

Inorganic Chemistry · Coordination Chemistry · JAM 2005-2022

The total number of all possible isomers of [Co (H2 NCH2 CH2 NH2)2 Cl2]+and [Co (H2 NCH2 CH2 NH2)3]3+

ABC26IN0654

Inorganic Chemistry · Coordination Chemistry · JAM 2005-2022

The d - orbitals involved in the hybridization to form square planar and trigonal bipyramidal geometries are, respectively

ABC26IN0655

Inorganic Chemistry · Coordination Chemistry · JAM 2005-2022

The transition metal complexe(s) with zero magnetic moment, zero dipole moment and CFSE of 2.4 Delta 0 is (are)

ABC26IN0656

Inorganic Chemistry · Coordination Chemistry · JAM 2005-2022

The number of d - d transition(s) expected for the complex [Cu (NH3)2 (H2 O)4]2+ is

ABC26IN0657

Inorganic Chemistry · Coordination Chemistry · JAM 2005-2022

Reaction of [Ni(CN)4]2- with metallic potassium in liquid ammonia at -33° C yields complex E. The geometry and magnetic behavior of E, respectively, are

ABC26IN0658

Inorganic Chemistry · Coordination Chemistry · JAM 2005-2022

If the crystal field splitting energy of [Co (NH3)4]2+ is 5900 cm-1, then the magnitude of its crystal field stabilization energy, in kJ mol-1 (rounded off to o…

ABC26IN0659

Inorganic Chemistry · Coordination Chemistry · JAM 2005-2022

The complex (es) that show (s) Jahn - Teller distortion is(are)

ABC26IN0660

Inorganic Chemistry · Coordination Chemistry · JAM 2005-2022

According to the crystal field theory, d-d transition observed in [Ti (H2 O)6]3+ is

ABC26IN0661

Inorganic Chemistry · Coordination Chemistry · JAM 2005-2022

The total number of microstates possible for a d8 electronic configuration is

ABC26IN0662

Inorganic Chemistry · Coordination Chemistry · JAM 2005-2022

Spin-only magnetic moments (in BM) of [NiCl2 (PPh3)2] and [Mn(NCS)6]4-, respectively, are 15 65. The total number of optically active isomers of dichloridobis (…

ABC26IN0663

Inorganic Chemistry · Coordination Chemistry · JAM 2005-2022

The total number of optically active isomers of dichloridobis (glycinato)cobaltate(III) ion is ____.

ABC26IN0664

Inorganic Chemistry · Coordination Chemistry · JAM 2005-2022

The ground state and the maximum number of spin-allowed electronic transitions possible in a Co2+ tetrahedral complex, respectively, are

ABC26IN0665

Inorganic Chemistry · Coordination Chemistry · JAM 2005-2022

The number of unpaired electrons in [Co (H2 O)6]2+ is ____.

ABC26IN0666

Inorganic Chemistry · Coordination Chemistry · JAM 2005-2022

Total degeneracy (number of microstates) for a Ti3+ ion in spherical symmetry is ____.