A whack of organic reactions!

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Across
  1. 4. This type of reaction can be used to turn an aldehyde back into a primary alcohol
  2. 6. [O] above an arrow in a chemical reaction means that this type of reaction is taking place.
  3. 9. The elements in this group can be used as catalysts for hydrogenation.
  4. 10. During this type of reaction, water is removed and two organic molecules are joined together.
  5. 13. If propene undergoes hydrohalogenation the halogen will be added to this carbon
  6. 17. Use this process if you want to produce a carboxylic acid from a primary alcohol.
  7. 18. One of these, like H2SO4, is used to catalyze hydration reactions (2 words)
  8. 21. In order for a nucleophilic substitution reaction to take place the carbon atom must have a slightly __________ charge.
  9. 23. If we want to make aldehydes instead of carboxylic acids from primary alcohols we should use this process
  10. 24. This type of reaction is often used to test for unsaturation in organic compounds by seeing if a solution will change color.
  11. 25. This type of alcohol will not undergo controlled oxidation reactions.
  12. 26. combustion reactions give off heat making them_________ reactions.
  13. 27. Performing a dehydration reaction on an alcohol molecule will produce this class of organic compound.
Down
  1. 1. During substitution reactions, this element is frequently removed from organic compounds.
  2. 2. This scientist said that during addition reactions hydrogen will always attach to the carbon atom that already had more hydrogens attached
  3. 3. Controlled oxidation of a secondary alcohol will produce this class of organic compound
  4. 5. hydrogen atoms in hydrocarbons are converted into this product during combustion reactions.
  5. 7. This type of reaction can be used to turn an ester back into a carboxylic acid and an alcohol
  6. 8. During incomplete combustion the flame will be this color
  7. 10. This is broken during addition reactions (2 words)
  8. 11. These “positive loving” substances have a lone pair of electrons and are able to replace the halogen atom in halogenoalkanes to make new classes of organic molecules.
  9. 12. This molecule will undergo substitution reactions even though it contains double bonds
  10. 14. Alkanes and alcohols are useful as fuels and can be burned in this type of reaction.
  11. 15. this type of substitution reaction produces halogenoalkanes from alkanes (2 words)
  12. 16. This process produces saturated hydrocarbons from unsaturated hydrocarbons
  13. 19. Adding a carbon chain to a benzene ring involves this type of substitution reaction.
  14. 20. The product formed when ethene undergoes a hydration reaction.
  15. 22. The catalyst for free radical substitution is this type of light.