Home
Class 12
CHEMISTRY
Calculate the magnetic moment of a high-...

Calculate the magnetic moment of a high-spin octahedral complex that has six electrons in 3d-orbitals

Text Solution

Verified by Experts

The correct Answer is:
`4.9 =5`.
Promotional Banner

Topper's Solved these Questions

  • d-BLOCK ELEMENTS

    VK JAISWAL ENGLISH|Exercise Level 2|154 Videos

  • d-BLOCK ELEMENTS

    VK JAISWAL ENGLISH|Exercise ASSERTION-REASON TYPE QUESTIONS|32 Videos

  • d-BLOCK ELEMENTS

    VK JAISWAL ENGLISH|Exercise MATCH THE COLUMN|3 Videos

  • CO-ORDINATION COMPOUNDS

    VK JAISWAL ENGLISH|Exercise LEVEL 2|144 Videos

  • ENVIRONMENTAL CHEMISTRY

    VK JAISWAL ENGLISH|Exercise ASSERTION-REASON TYPE QUESTIONS|14 Videos

Similar Questions

Explore conceptually related problems

t_(2g) orbitals in octahedral complexes are

Crystal field stabilization energy for high spin d^4 octahedral complex is

The calculated spin only magnetic moment of Cr^2+ ion is:

Which of the following is a high spin complex ?

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

The magnetic moment (spin only) of [NiCl_4]^(2-) is

Magnetic moment of an electron in nth orbit of hydrogen atom is

Magnetic moment of an electron in nth orbit of hydrogen atom is

Electronic configuration od d^8 system in low spin octahedral complex

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) .