I’m in the process of launching a new business management and marketing platform called WonArea, which offers AI-driven tools to enhance efficiency. I’m particularly interested in how automation and AI can help streamline operations across various aspects like customer service, workflow managemen...
In ChemDraw 2022, when I attempt to click on a carbon atom in a structure and extend a bond, the structure flickers and the bond doesn't connect to the intended position. This issue did not occur in the 2012 version.
I want to derive Gibbs Free Energy formula from 1st and 2nd law of thermodynamics.
I saw some texts using T and P constant in derivation. I am confused about that. If n,P, T are constant then its about a specific state. Then what gibbs free energy actually imply?
I have been studying quantum mechanics recently and I have come across this:
d orbitals oriented along the $z^2$ axis is assigned zero magnetic quantum number
I am wondering why specifically the $dz^2$ orbital has zero magnetic number. I am thinking if this is just randomly chosen for reference...
In photoelectric effect, does the transfer of energy take place when a photon with less work function hit the metal surface? I know that the electron can't be ejected but does the transfer of energy take place?
In ChemDraw 2022, when I attempt to click on a carbon atom in a structure and extend a bond, the structure flickers and the bond doesn't connect to the intended position. This issue did not occur in the 2012 version.
I want to derive Gibbs Free Energy formula from 1st and 2nd law of thermodynamics.
I saw some texts using T and P constant in derivation. I am confused about that. If n,P, T are constant then its about a specific state. Then what gibbs free energy actually imply?
I have been studying quantum mechanics recently and I have come across this:
d orbitals oriented along the $z^2$ axis is assigned zero magnetic quantum number
I am wondering why specifically the $dz^2$ orbital has zero magnetic number. I am thinking if this is just randomly chosen for reference...
In photoelectric effect, does the transfer of energy take place when a photon with less work function hit the metal surface? I know that the electron can't be ejected but does the transfer of energy take place?
