6. 1-Bromobutane (M, (136.9) can be made from a reaction of butan-1-ol, C4H9OH, as shown in the equation below. C4h9oh + h2so4 +kbr --> c4hbr + khso4 +h2o
i. Calculate the atom economy for the formation of 1-bromobutane in this reaction.
And the ans for this os 47% I got this ans and im not sure about the 2nd part
6. 1-Bromobutane (M, (136.9) can be made from a reaction of butan-1-ol, C4H9OH, as shown in the equation below. C4h9oh + h2so4 +kbr --> c4hbr + khso4 +h2o
i. Calculate the atom economy for the formation of 1-bromobutane in this reaction.
And the ans for this os 47% I got this ans and im not sure about the 2nd part
Atom economy basically means how much of the reactants end up in the desired product(s). So to improve the atom economy, you could make some sort of modification that results in fewer side products being formed – perhaps you might use fewer reactants to enable the reaction to proceed via a slightly different mechanism.
6. 1-Bromobutane (M, (136.9) can be made from a reaction of butan-1-ol, C4H9OH, as shown in the equation below. C4h9oh + h2so4 +kbr --> c4hbr + khso4 +h2o
i. Calculate the atom economy for the formation of 1-bromobutane in this reaction.
And the ans for this os 47% I got this ans and im not sure about the 2nd part
Atom economy basically means how much of the reactants end up in the desired product(s). So to improve the atom economy, you could make some sort of modification that results in fewer side products being formed – perhaps you might use fewer reactants to enable the reaction to proceed via a slightly different mechanism.
Atom economy basically means how much of the reactants end up in the desired product(s). So to improve the atom economy, you could make some sort of modification that results in fewer side products being formed – perhaps you might use fewer reactants to enable the reaction to proceed via a slightly different mechanism.
Atom economy basically means how much of the reactants end up in the desired product(s). So to improve the atom economy, you could make some sort of modification that results in fewer side products being formed – perhaps you might use fewer reactants to enable the reaction to proceed via a slightly different mechanism.