Examine the image of a graph of fraction bound versus ligand concentration. The protein in question binds only one ligand per protein. Different points on the graph are indicated by lettered boxes. Which lettered box is indicating the value used to represent the binding affinity of the ligand for the protein? (Indicate your response by clicking on the lettered box.) A Y [L] D

Heating 3.0 mol of a coordination compound gives 1.5 mol of ammonia, 3.0 mol of water 1.5 mol of HCl and 1.5 mol of (NH4)3[Ir2Cl9]. Write the formula of the original (six-coordinate) coordination compound and name it.

Which of the following is true about the molecule    a. This molecule has a linkage isomer  b the molecule has no isomers    c it is a stereoisomer  d this molecule has a coordination sphere isomer

Examine the following complexes in the figure: a) Which are chiral? b) Draw the enantiomer of each chiral complex. c) Which of the chiral complexes, if any, are enantiomers of each other?

Which of the following is FALSE about ethylenediaminetetraacetic acid (EDTA)?   It is a monodentate ligand   It can be used as a chelating agent   It contains 4 carboxylic acids and 2 amines in its structure   It forms 1:1 complexes with metal cations

目 の) Chart 143% v Play Table Text Shape Media Comment Collabora Zoom Add Slide Which of these complexes is a trans isomer? Important square planar d-complexes I PPH3 I PPH3 II N°H PPh3 PPH3 N°H Wilkinson's Catalyst Vaska's Catalyst "C'is-Platin" I3D A. Cis-Platin B. Wilkinson's Catalyst C. Vaska's Catalyst 11 MacBook Pro Zoom to Fit - Skip Slide ||

Draw the CFSE diagrams for the following 2 nickel complexes.

What's the formula?

estion 2 For the following coordination complex (Mn(C204)(H2O)2Cl3) Give the name diaquatrichloridooxalatomang Determine the geometry Octahedral Give the coordination number of the central cation 6 State which type if geometric 1somers are present (if none are present, write "none") Cis and Trans A Moving to another question will save this response. ake Test FFINAL acer

Three solutions containing transition metal complexes have lost their labels. We know that all of them contain copper(II) ions. And we know that each solution contains one of the following ligands coordinated with the copper: chloride ions, water, and ammonia. A picture of the three solutions is below: Part A: Identify which solution contains which complex. Be sure to give the proper formula for the complex (including the metal, how many ligands, and overall charge). Explain your answers. Below is a color wheel for your consideration. Part B: Solution C is placed in a spectrometer and the absorbed light is found to have a peak absorption at 543nm. Draw the crystal field splitting energy diagram for the complex. Draw in the correct number and positions of electrons. And calculate the crystal field splitting energy (in kJ/mole). Be sure to show all of your work.