I read an amazing PDF from nptel on elimination reactions...but I was really confused when it used used $\ce{^+NMe3}$ as a leaving group in the reaction pathway via:
$\mathrm{Ei}$ (syn-elimination)
$\mathrm{E2}$ (anti-elimination)
And also, in an illustration for $\mathrm{E1_{cb}}$.
My organ...
so if in an ionic reaction i were to write say Fe(III) is what i intend to write, then is 3+ better or +3, because is the os and charge @andselisk could you find the answer to this, i had asked you
The reduction potential for $\ce{Au^3+ + 3e- -> Au}$ is $1.503 \text{ V}$. The reduction potential of $\ce{Cl2 + 2e- -> 2Cl-}$ is $1.36 \text{ V}$. So, the $E^o$ for $\ce{2Au^3+ + 6Cl- -> 2Au + 3Cl2}$ is $0.143 \text{ V}$.
If the reaction $\ce{2Au^3+ + 6Cl- -> 2Au + 3Cl2}$ has a positive E stand...
Lewis acidity is a function of electron deficiency on the acceptor atom, which in this case is $\ce{B}$ and $\ce{Al}$ respectively.
Back donation is better as is the case of $\ce{B}$, due to better 2p overlap compared to 3p overlap, then the electron deficiency on the $\ce{B}$ atom should be le...
@Gaurang Tandon, hi, I was suggested by @AjayMishra about you actually I have some question regarding IIIT HYDERABD ugee exam, and interview round, can you guide me.
I read an amazing PDF from nptel on elimination reactions...but I was really confused when it used used $\ce{^+NMe3}$ as a leaving group in the reaction pathway via:
$\mathrm{Ei}$ (syn-elimination)
$\mathrm{E2}$ (anti-elimination)
And also, in an illustration for $\mathrm{E1_{cb}}$.
My organ...
The Periodic Table
The Periodic Table