Home
Class 12
CHEMISTRY
Complex [FeL(6)]^(2+) is yellow in colou...


Complex `[FeL_(6)]^(2+)` is yellow in colour then expected magnetic moment ( in BM) of complex will be (`Lto` monodentate neutral ligand) (Wavelength corresponding to Pairing energy is `500nm`

A

0

B

`sqrt(8)`

C

`sqrt(15)`

D

`sqrt(24)`

Text Solution

Verified by Experts

Doubtnut Promotions Banner Mobile Dark
|

Similar Questions

Explore conceptually related problems

The magnetic moment of [MnX_(4)]^(2-) is 5.9 BM. The geometry of the complex ion is: (X=monodentate halide ion)

The magnetic moment of an octahedral homoleptic Mn(II) complex is 5.9BM . The suitable ligand for this comples is :

Consider that a d^(6) metal ion (M^(2+)) forms a complex with aqua ligands , and the spin only magnetic moment of the complex is 4.90 BM . The geometry and the crystal field stabilization energy of the complex is :

The highest value of the calculated spin-only magnetic moment (in BM) among all the transition metal complexes corresponds to x unpaired electrons in transition metal ion. The numerical value of x is _________.

A complex of a certain metal ion has a magnetic moment of 4.90BM Another complex of the same metal ion in the same oxidation state has zero magnetic moment The central metal ion could be which of the following (a) Cr^(3+) ,(b) Mn^(3+) (c ) Fe^(2+)

The spin only magnetic moment of [MnBr_4]^(2-) is 5.9 B.M. Predict the geometry of the complex ion.

Which of the following complex ion has a magnetic moment same as [Cr(H_(2)O)_(6)]^(3+) ?

the pair of metal ions that can give a spin - only magnetic moment of 3.9 BM for the complex [M(H_(2) O)_(6)]Cl_(2) is

A weak field complex of Ni^(2+) has magnetic moment of 2.82 BM. The number of electron in the t_(2g) level of Ni^(2+) will be

Velence bond theroy describes the bonding in complexs in terms of coordinate -covalent bond resulting from overlap filled ligand orbitals with vacant metal hybrid orbitals This theory explains magnetic behaviour and geometrical shape of coordination compounds Magnetic moment of a complex compound can be determined experimentally and theoretically by using spin only formula Magnetic moment sqrtn (n+2)BM (where n = No. unpaired electrons) . The value of of spin only magnetic moment for octahedral complex of the following configuration is 2.84BM The correct statement is (a) d^(4) (in weak field ligand) (b) d^(2) (in weak field and in strong field ligand) (c) d^(3) (in weak field and in strong field ligand) (d) d^(5) (in strong field ligand) .

Home
Profile