Solution:
The products of the given reactions are provided below.
Predict the products. 1. TsCl, pyridine SNa OH NaH HBr 2 eq, 0 °C H2SO4 CH3...
Predict the product(s) and reagent(s) or if there is no reaction write NR. 1. TsCl, pyridine 2. SNa NaH HBO 2 eq, 0 °C H2SO4 heat HBT heat OH 1. PBr3, ED 0 2. NaCN NaH 'OTS
1. Predict the product(s) (or no reaction) and reagent(s). (31 pts, no partial point) 1. TsCl, pyridine -OH SNa NaH HBO 2 eq, 0°C a Kon come de H2SO4 heat les сн.
1. Predict the products of the following reactions. CH3 TsCl Pyridine NaCN CH3 PBr3 Pyridine NaCN (1) BH3:THF (2) H2O2,OH H2SO4(cat.) H2O (1) Hg(OAc)2 (2) NaBH/OH 2. Write the mechanism of the following reactions он но он Ph BF3 Ph
1. Predict the product (s) (or no reaction) and reagent(s). (31 pts; no partial point) 1. TsCI, pyridine OH 2. SNa b. OH NaH C. HBr 2 eq, 0 °C d. ОН H2SO4 heat CH3 HBr Он heat f. но 1. PBr3, EtzO 2. NaCN OH NaH OTs h. Он HBr 0°C CH3 H2SO4 heat Он
HBr heat 1. PBr3, E120 2. NaCN $ $ 98* Nah HBr 0°C H2SO4 heat
1. Predict the product(s) (or no reaction) and reagent(s). (31 pts; no partial point) 1. Predict the product(s) (or no reaction) and reagent(s). (31 pts; no partial point) LOH I 1. TsCI, pyridine 2. SNa SNa OH Nah or HBr 2 eq, 0 °C OH сон H2SO4 сHз heat Хон HBr heat
Which reagent is required in the box for Reaction 1? A) CrO3, HCl, Pyridine B) LDA C) HBr D) NaOH E) TsCl w/ pyridine F) PBr3 G) LiAlH4 Consider the structures of Intermediate Product Y and the final product. What would be the best reagent to place in the box for Reaction 2? A) H2O B) NaOH C) Mg D) (CH3)3COK E) NaBH4 F) HCl G) CH3Br E) CrO3, H2SO4, H2O 11 Reaction 1 Intermediate Product Y Reaction 2 HO
PCI 1. NaH HBr 2. (CH3)CHBr он SOC PBr3 2 products
MgBr PBr3, CH2Cl2 TsCl, pyridine PCC, CH2C2 H2SO4. 1 80°C Me H3
4. Predict the products for the following reaction sequences. OH H SOCI pyridine (CH3)2NH 1. LIAIHA 2. H20 CH,CH,Br NH2 base (-HBr) CH3Br base (-HBr) o cum, quod cas merea, moms outlet V i har hatteNaensen mCPBA (a) LIAIH4 (b) H20 NaBH,CN NH2 H2SO4