You searched for: reaction with bh3thf and h2o2 naoh (Spanska - Engelska)

*reaction with a second equivalent of r-li to r-cu gives the lithium diorganocopper compound.
reaction with a second equivalent of r-li to r-cu then gives the lithium diorganocopper compound.

note that if a grignard reagent (such as rmgbr) is used, the reaction with an enone would instead proceed through a 1,2-addition.
note that if a grignard reagent (such as rmgbr) is used, the reaction with an enone would instead proceed through a 1,2-addition.

for example, reaction with sodium sulfide produces the brown/black tin(ii) sulfide::sncl2 (aq) + na2s (aq) → sns (s) + 2 nacl (aq)if alkali is added to a solution of sncl2, a white precipitate of hydrated tin(ii) oxide forms initially; this then dissolves in excess base to form a stannite salt such as sodium stannite::sncl2(aq) + 2 naoh (aq) → sno·h2o (s) + 2 nacl (aq):sno·h2o (s) + naoh (aq) → nasn(oh)3 (aq)anhydrous sncl2 can be used to make a variety of interesting tin(ii) compounds in non-aqueous solvents.
for example, reaction with sodium sulfide produces the brown/black tin(ii) sulfide::sncl2 (aq) + na2s (aq) → sns (s) + 2 nacl (aq)if alkali is added to a solution of sncl2, a white precipitate of hydrated tin(ii) oxide forms initially; this then dissolves in excess base to form a stannite salt such as sodium stannite::sncl2(aq) + 2 naoh (aq) → sno·h2o (s) + 2 nacl (aq):sno·h2o (s) + naoh (aq) → nasn(oh)3 (aq)anhydrous sncl2 can be used to make a variety of interesting tin(ii) compounds in non-aqueous solvents.