what specific compound would the silica gel column most likely remove from your
ID: 903263 • Letter: W
Question
what specific compound would the silica gel column most likely remove from your product ( 1-octanol + HBr ---> Bromooctane + H2O)? and what is the substrate, nucleophile and the leaving group for the same product?Determine the weight of your product? 1-octanol --- M.W.=130.2; density (g/ml) = 0.827 1-bromooctane ---- M.W = 193.1; density =1.118 2.5 ml of 48%hydrobromic --- density = 1.48 2 ml of 8% sodium bicarbonate --- density= 1.05 my experiment product weight was 1.0648.
what specific compound would the silica gel column most likely remove from your product ( 1-octanol + HBr ---> Bromooctane + H2O)? and what is the substrate, nucleophile and the leaving group for the same product?
Determine the weight of your product? 1-octanol --- M.W.=130.2; density (g/ml) = 0.827 1-bromooctane ---- M.W = 193.1; density =1.118 2.5 ml of 48%hydrobromic --- density = 1.48 2 ml of 8% sodium bicarbonate --- density= 1.05 my experiment product weight was 1.0648.
what specific compound would the silica gel column most likely remove from your product ( 1-octanol + HBr ---> Bromooctane + H2O)? and what is the substrate, nucleophile and the leaving group for the same product?
Determine the weight of your product? 1-octanol --- M.W.=130.2; density (g/ml) = 0.827 1-bromooctane ---- M.W = 193.1; density =1.118 2.5 ml of 48%hydrobromic --- density = 1.48 2 ml of 8% sodium bicarbonate --- density= 1.05 my experiment product weight was 1.0648.
Explanation / Answer
Silica gel column most likely removes Water (H2O) from the product.
Substrate is 1-octanol and nucleophile is HBr with Br- being the leaving group
Weight of the product calculated = 1.0648 g
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