As you showed above, either the acetic acid or the 1-pentanol is in excess (i.e. is not limiting). Which of the reagents ensures that the reaction is "pushed" to the ester product via the Le Chatelier's principle? Group of answer choices1-pentanolAcetic Acid

Identify reagents that can be used to convert 1-pentyne into 1-bromopentane.Select answer from the options below1) HBr (1 equiv.);   2) H2, Pd1) H2, Lindlar's catalyst;   2) HBr (1 equiv.), ROOR1) H2, Lindlar's catalyst;   2) HCl (1 equiv.)1) HBr (1 equiv.);   2) H2, Lindlar's catalyst1) HBr (1 equiv.), ROOR;   2) H2, Lindlar's catalyst

The equations for organic reactions usually focus on the desired transformation from reactant to product, other possible products such as by-products and/or side products are often not included, even though it is understood that these are also formed in almost every organic reaction. Shown below is a complete equation for the ester synthesis reaction for the case of 2-pentanol, that includes all possible products, including the desired product, side product(s) and in this case some by-products(s).Match each of the products to their types.Group of answer choicespentan-2-yl acetate(E)-hex-2-ene (alkene)pentan-2-one (ketone)water

Identify reagents that can be used to convert acetic anhydride into 3-methyl-3-pentanol.Select answer from the options below1. excess LiAlH4    2. H2OpentanolH2O1. excess CH3CH2MgBr    2. H2O

What would be the product after reducing 3-pentanone?Question 5Answera.3-pentanolb.Propanal + Ethanec.Pentane + CO2d.3-methylpentane

3-Pentanol on reaction with aluminium tertiary butoxide in the presence of acetone gives