WebIs the H2O ligand inducing a strong or weak field? Explain your reasoning. The complex ion [Fe (H 2 O) 6] 2+ is paramagnetic. Is the H 2 O ligand inducing a strong or weak field? Explain your reasoning. Expert Answer 100% (4 ratings) H2O is a weak field ligand because it doesn … View the full answer Previous question Next question Web[F e (C N) 6 ] 3 − has C N − as strong ligand. F e is d 2 s p 3 hybridized (inner orbital complex) having only one unpaired electron. Hence, [F e C l 6 ] 3 − is more …
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WebThe ion or molecule that forms the bond with the transition metal is called a ligand, e.g. :Cl -, :CN -, H2O:, :NH3. More than one ligand can bind to a transition metal ion to form a complex ion. The number of ligands so bonded is called the co-ordination number, for example: co-ordination number 4: [CoCl4] 2-, WebApr 3, 2024 · - F −, I −, C l −, H 2 O are weak ligands, others are strong ligands. This statement is false as en is also a weak ligand. en stands for ethylene diamine ligand. Therefore, enter 0. Note: You should know that sometimes there are exceptional cases where weak field ligand acts as strong field ligand. For example; [ P t C l 4] 2 − and C o … powerapps leave request adding a data source
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WebJun 3, 2024 · Water is a weak field ligand. The electronegative O atom is strongly electron-withdrawing, so there is poor orbital overlap between the electron pair on O and a metal d-orbital. ... (CN) 6] 3-, which contains the strong field CN-ligand, than it is for [Co(H 2 O) … WebIs H2O an ambidentate ligand or a unidentate ligand? Q. Why CN- is a strong ligand than NC-??Aren't c donor stronger ligands. Q. When does or in which complex water act as strong field ligands and when weak field ligand.. Q. Identify the correct statements for the behaviour of ethane-1,2-diamine as a ligand. (i) It is a neutral ligand. WebAs described above, π-donor ligands lead to a small Δ O and are called weak- or low-field ligands, whereas π-acceptor ligands lead to a large value of Δ O and are called strong- or high-field ligands. Ligands that are neither π-donor nor π-acceptor give a value of Δ O somewhere in-between. tower hamlets swimming pools