Jun 18, 2012 · Four factors that determine "what makes a good nucleophile" are its charge, electronegativity, the solvent, and the steric bulk. Let's discuss each in turn.

Apr 16, 2020 · Typically the more stable a molecule is the less reactive it is (more stable = weaker nucleophile). Charge: charges destabilize the molecules (CH3O- is more nucleophilic than CH3OH)

There are three factors that make strong nucleophiles. You can learn all three here and get a free study guide.

Apr 6, 2011 · With your question, -OCH3 is a larger molecule (more electrons from the methyl donating group) and will more easily donate electrons (think kinetics), but it is also a weaker base than -OH. H …

Aug 16, 2021 · My argument is that the +I effect of CH3 group increases the electron density at oxygen atom, making it a better nucleophile

Polar protic solvents can hydrogen bond with nucleophiles, stabilizing them and reducing their nucleophilicity. However, CH3O−, being negatively charged, will still be a better nucleophile than …

Nucleophiles can be neutral or negatively charged. In either case, it is important that the nucleophile be a good Lewis base, meaning it has electrons it wants to share.

Here's a brief overview of the nucleophiles provided: a) NaOCH3 (Sodium methoxide): This is a strong nucleophile due to the negative charge on the oxygen, which can easily donate a pair of electrons. b) …

Which of the following is the best nucleophile in CH 3 OH (methanol) solvent? Understand that nucleophilicity depends on both the intrinsic ability of the species to donate an electron pair and the …

May 29, 2020 · We can see that the pKa of methanol ($\ce {CH3OH}$) is 16 and the pKa of cyanide ($\ce {CN}$) is 9.1 therefore the methanol is going to be a better nucleophile since it is the weaker …