The Trans-Effect: Example 2

This video tutorial continues the exploration of the trans effect in square planar complexes. It begins with a brief introduction to the trans effect series, explaining how ligands are ranked based on their trans effect. The tutorial then provides a detailed example of solving a trans effect problem, demonstrating how to determine which ligand will be displaced in a reaction. The video concludes with a discussion on understanding the trans effect series and a preview of upcoming topics on the theory behind the trans effect.

What is the primary focus of the trans effect series in square planar complexes?

• Identifying the ligand with the highest trans effect

• Predicting the color of the complex

• Calculating the bond angles in the complex

• Determining the overall charge of the complex

In the example discussed, which ligand was identified as having the greatest trans effect?

• Iodide

• Triphenyl phosphine

• Cyanide

• Hydride

What happens to the ligand trans to the one with the highest trans effect in a reaction?

• It remains unchanged

• It is displaced by the incoming ligand

• It forms a new bond with the metal

• It changes its charge

If ligand C has the highest trans effect, which ligand will be displaced by an incoming ligand?

• Ligand D

• Ligand B

• Ligand E

• Ligand A

What is the next topic to be covered in the upcoming videos?

• The synthesis of new ligands

• The theory behind the trans effect

• The charge distribution in complexes

• The color changes in complexes