which is a better nucleophile
Br or OH
why?
plus state the reason why the following nucleophile is better nucleophile from the reasons given in pic. Question 2 16 pts H2S vs. H2O A Pair 1 B VS. в OH Pair 2 VS. CI (protic solvent) OH A vs. H2O Pair 3 B Pair 4 " CH,CH NH2 vs. CH.CH OH Pair 5 B (aprotic solvent) A Pair 6 B NH2 o vs. Pair 7 F vs. M Pair 8 B A B For each of the given pairs...
I nucleophile substitution. 7.8 Which is the better leaving group in each pair? a a, b, NH, NH, C. HẠO, HAS 7.9 Which molecules contain good leaving groups? a. CH CH.CH,Br b . CH,CH,CH,OH . CH.CH,OH, d. CH.CH Does the equilibrium favor the reactants or products in each substitution reaction? a. CH,CH-NH, + Br -- CH,CHBr + NH b. n + ON ~ ON + r 7.6 Identify the nucleophile and leaving group and draw the products of each reaction...
what is the better nucleophile? and why
what is the better nucleophile and why?
For the following reaction, label the nucleophile, electrophile, and leaving group, Br + + Br Nucleophile Select] Electrophile (Select] Leaving Group [Select] For each of the following pairs, indicate with molecule is the better (stronger) nucleophile. [Select] [ Select] Z-I [Select) [Select]
Is Sulfuric Acid a hydroxylic or polar aprotic solvent? In Sulfuric Acid, which is a better nucleophile? Cl- or Br-? Why? And is DMSO a hydroxylic or polar aprotic solvent? In DMSO, which is the better nucleophile? Cl- or Br-? Why?
Why is the NH2 the nucleophile and not the OH consider the electronegativity.
which is the better nucleophile? cho CH₂S
2. Circle the better leaving group in each pair. SH : ОН Нон HO O Br CH3 3. Circle the stronger nucleophile in each pair. НОн ОН SH HO N H H CH3 .N H ОН OH 2. Circle the better leaving group in each pair. SH : ОН Нон HO O Br CH3 3. Circle the stronger nucleophile in each pair. НОн ОН SH HO N H H CH3 .N H ОН OH
Circle the better nucleophile Circle the better nucleophile . . _0 . 0 ܐ . ܂ VS As Hac _°NH