Synthesis

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Aldehydes
1. Oxidation of a 1 $^{o}$ alcohol (the main technique for aldehyde synthesis):
  
  Figure 47.8: Aldehyde synthesis: oxidation of a 1 $^{o}$ alcohol.
  $\includegraphics{img-o-ald_synthe.eps}$
Ketones
1. Oxidation of a 2 $^{o}$ alcohol:
  
  Figure 47.9: Ketone synthesis: oxidation of a 2 $^{o}$ alcohol.
  $\includegraphics{img-o-ket_synthe.eps}$
2. Ozonolysis of alkenes:
  
  Figure 47.10: Ozonolysis of alkenes creates ketones and aldehydes depending on the R-group.
  $\includegraphics{img-o-ozonolysis.eps}$
3. Friedel-Crafts acylation:
  
  Figure 47.11: Friedel-Crafts acylation.
  $\includegraphics[width=5in]{img-o-freidel_crafts.eps}$

**Figure 47.8:** Aldehyde synthesis: oxidation of a 1 $^{o}$ alcohol.
$\includegraphics{img-o-ald_synthe.eps}$

**Figure 47.9:** Ketone synthesis: oxidation of a 2 $^{o}$ alcohol.
$\includegraphics{img-o-ket_synthe.eps}$

**Figure 47.10:** Ozonolysis of alkenes creates ketones and aldehydes depending on the R-group.
$\includegraphics{img-o-ozonolysis.eps}$

**Figure 47.11:** Friedel-Crafts acylation.
$\includegraphics[width=5in]{img-o-freidel_crafts.eps}$

Alfa Diallo 2006-08-04