In principle, it does not matter which central metal you choose and which ligands; if the geometry is identical, the resulting MOs will be identical, too. The problem is as you state that the complex you wish to determine does not have a square-planar geometry (nor is it a tetracoordinated copper...

Determine the Gibbs Free Energy for an ideal gas and show that, this energy, and its derivate can be related to the enthalpy of the system via Gibbs-Helmholtz equation $$H=-T^2\left(\dfrac{\partial (G/T)}{\partial T}\right)$$ Hi everyone! this is my first post here, I need determine the Gibb...

What do you know about Pyridine?

Yes, you are exactly right. Anthracene is better described by this structure (where there are no fixed single and double bonds, but rather a delocalized aromatic structure) than a structure like this (where the single and double bonds are fixed and distinct from one another). So in anthrac...

As correctly drawn by you, anthracene possesses additional stabilization by resonance, spanning across all three rings. Yet to provide a reason for the observed regioselectivity, it is helpful to draw anthracene's aromatic $\pi{}$-electron system in alternance of single and double bonds. In thi...

Let's take the simplest reaction equation $$\ce {A <=> B}$$ In this reaction, your stoichiometric coefficients are simply $$1A:1B$$ Coefficients are the factor you will need to raise your ratio to when you calculate your equilibrium constant. For this reaction, the equilibrium equation would be: ...