5. Draw the structures of the product of the reaction of an excess of each of the organometallics below with benzoic acid (C,H5COOH) (you may need to look up the reaction in the chapter on carboxylic acids). a. butyllithium b. phenylmagnesium bromide c. lithium dicyclohexylcuprate(1) 6. In the MS spectrum of the product of this experiments (benzaldehyde + allylzinc bromide) identify the fragments at m/e = 148, 130, 107. %3D 7. The reaction of allyllithium with the aldehyde shown gives the indicated product. Show how the observed product was formed (mechanism). CO2CH3 1. Allyllithium O. 2. H', Н,О CНО 12

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5. Draw the structures of the product of the reaction of an excess of each of the organometallics
below with benzoic acid (C,H5COOH) (you may need to look up the reaction in the chapter on
carboxylic acids).
a. butyllithium
b. phenylmagnesium bromide
c. lithium dicyclohexylcuprate(1)
6. In the MS spectrum of the product of this experiments (benzaldehyde + allylzinc bromide)
identify the fragments at m/e = 148, 130, 107.
%3D
7. The reaction of allyllithium with the aldehyde shown gives the indicated product. Show how the
observed product was formed (mechanism).
CO2CH3
1. Allyllithium
O.
2. H', Н,О
CНО
12
Transcribed Image Text:5. Draw the structures of the product of the reaction of an excess of each of the organometallics below with benzoic acid (C,H5COOH) (you may need to look up the reaction in the chapter on carboxylic acids). a. butyllithium b. phenylmagnesium bromide c. lithium dicyclohexylcuprate(1) 6. In the MS spectrum of the product of this experiments (benzaldehyde + allylzinc bromide) identify the fragments at m/e = 148, 130, 107. %3D 7. The reaction of allyllithium with the aldehyde shown gives the indicated product. Show how the observed product was formed (mechanism). CO2CH3 1. Allyllithium O. 2. H', Н,О CНО 12
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