Polydentate ligands almost always form ring like structures with the central metal ion. If crowding of ligands is not considered then more the number of rings, more will be stability of complex. The hexadentate (edta) ligand complexes with the Fe ion to give stable [Fe(edta)]. The number of rings formed in such a complex would be

Polydentate ligands almost always form ring like structures with the central metal ion. If crowding of ligands is not considered then more the number of rings, more will be stability of complex. The hexadentate (edta) ligand complexes with the Fe ion to give stable [Fe(edta)]. The number of rings formed in such a complex would be

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

See similar textbooks

Similar questions

Assess the validity of each statement and choose X if the statement is CORRECT, Choose Y if otherwise. 1. Water, ammonia and halide ions are inorganic ligands. 2. Ligands are acceptors. 3. Complexation reactions involve a metal-ion reacting with a ligand 4. Ligands can protonate. 5. EDTA is a hexadentate ligand having 4 amino groups and 2 carboxyl groups. 6. EDTA combines with metal ions in 1:2 ratio 7. EDTA forms unstable chelates with cations. 8. EDTA can be used as sequestering agent, activating metal ions. 9. Eriochrome Black T is an indicator that can be used in the determination of calcium.
connect these complexes using ligand exchange reactions and use it to solve a national problem. Tetraamminecopper(II)sulfate, SodiumCopperOxalateDihydrate, ammonium iron(III)sulphate and carbonatotetraamminecobalt(III)nitrate
Determine if each of the following complexes exhibits geometric isomerism. If geometric isomers exist, determine how many there are. (a) square-planar [IrCl2(PH3)2]-
Name the wo compl With the ligand field theory give a qualitative energetic scheme of the d orbitals in an octahedral environment and indicate the valence electron repartition for the metal in the [PtClo] complex, assuming that the chloride ions give rise to a strong ligand field. ligands along z from the central atom to
In the following blanks, write the chemical formula of the named coordination compounds. Use the proper case for the symbol of each atom/ligand and normal numbers, no subscripts or superscripts. Observe proper spacing and use of parenthesis and brackets.
Identify complexes that can have low and high spin configurations and rationalize why they adopt a particular configuration using a strong field / weak field ligand argument based on the spectrochemical series.
Which of the following complexes could indicate the geometric isomer? (78Pt, 30Zn, 29Cu, 27Co) A. [Zn (NH3) 2Cl2] B. [Pt (NH3) 2Cl2] C. [Co (NH3) 5Cl] 2+ D. [Cu (NH3) 4] 2+
Give detailed Solution with explanation '?
Plz help
3. For each of the following complexes, identify whether it is a low or high spin complex (if appropri- ate) and give its magnetic properties. [Fe(NH,),]²* [Cr(CO),J²+ [VCIJ³-
Match the total number of isomers that each of the following complexes can have. Do not include enantiomers (mirror image isomers). Fe(phen)(bpy)(NO2)(NCO) Na[Co(H2O)3(CN)(CO3)] K[Mn(SCN)(NO)(NO3)(NH3)2] [Ni(en)2(F)(NO2)][PtCI3(py)] 4 00
[NİCI2(PPH3)2] is paramagnetic while [PtCl2(PPH3)2] is diamagnetic, what are the possible structures for these complexes? Please explain why they have different magnetic properties.