EASY
12th West Bengal Board
IMPORTANT
Earn 100

Explain the shape, magnetic behaviour and the hybrid orbitals of the complex CoF42-.

Important Questions on Coordination Compounds

MEDIUM
12th West Bengal Board
IMPORTANT
NEW SYSTEMATIC MODERN CHEMISTRY>Chapter 9 - Coordination Compounds>REVIEW EXERCISES>Q 10
Explain the shape, magnetic behaviour and the hybrid orbitals of the complex CrH2O2C2O42-.
EASY
12th West Bengal Board
IMPORTANT
NEW SYSTEMATIC MODERN CHEMISTRY>Chapter 9 - Coordination Compounds>REVIEW EXERCISES>Q 10
Explain the shape, magnetic behaviour and the hybrid orbitals of the complex NiCO4.
EASY
12th West Bengal Board
IMPORTANT
NEW SYSTEMATIC MODERN CHEMISTRY>Chapter 9 - Coordination Compounds>REVIEW EXERCISES>Q 11
Giving a suitable example, explain crystal field splitting.
EASY
12th West Bengal Board
IMPORTANT
NEW SYSTEMATIC MODERN CHEMISTRY>Chapter 9 - Coordination Compounds>REVIEW EXERCISES>Q 11
Giving a suitable example, explain linkage isomerism.
EASY
12th West Bengal Board
IMPORTANT
NEW SYSTEMATIC MODERN CHEMISTRY>Chapter 9 - Coordination Compounds>REVIEW EXERCISES>Q 11
Giving a suitable example, explain ambidentate ligand.
MEDIUM
12th West Bengal Board
IMPORTANT
NEW SYSTEMATIC MODERN CHEMISTRY>Chapter 9 - Coordination Compounds>REVIEW EXERCISES>Q 12
Compare the following complexes with respect to structural shapes of units, magnetic behaviour and hybrid orbitals involved in units : Co(NH3)6+3, Cr(NH3)63+, Ni(CO)4 (Atomic numbers: Co = 27, Cr = 24, Ni = 28)
MEDIUM
12th West Bengal Board
IMPORTANT
NEW SYSTEMATIC MODERN CHEMISTRY>Chapter 9 - Coordination Compounds>REVIEW EXERCISES>Q 13
A metal ion Mn+ having d4 valence electronic configuration combines with three didentate ligands to form a complex compound. Assuming ∆o>p, draw the diagram showing d-orbital splitting during this complex formation.
MEDIUM
12th West Bengal Board
IMPORTANT
NEW SYSTEMATIC MODERN CHEMISTRY>Chapter 9 - Coordination Compounds>REVIEW EXERCISES>Q 13
A metal ion Mn+ having d4 valence electronic configuration combines with three didentate ligands to form a complex compound. Assuming ∆o>p, Write the electronic configuration of the valence electrons of the metal Mn+ ion in terms of t2g and eg.