Subject specific vocabulary

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Across
  1. 3. Type of stereoisomerism: molecules which have different arrangement of groups around C=C.
  2. 5. Type of structural isomerism: Structural isomers that differ by having a different functional group.
  3. 6. Lone pair acceptor.
  4. 7. Molecules with the same molecular and structural formulae but a different spatial arrangement of atoms.
  5. 11. Type of structural isomerism: Structural isomers that differ by having the functional group in a different position.
  6. 12. Molecule containing no double bonds.
  7. 13. Molecule containing hydrogen and carbon only.
  8. 14. chemistry: Study of compounds containing carbon.
  9. 16. Species with an unpaired electron.
  10. 17. reaction A reaction where an atom/group replaces another atom/group.
  11. 19. Lone pair donor.
  12. 22. Molecule containing double bond(s).
  13. 24. Addition of water.
  14. 25. Organic compounds containing C rings (not aromatic rings), also called alicyclic.
  15. 26. Type of structural isomerism: Structural isomers that differ by having a different carbon chain.
  16. 27. Organic compounds containing C chains and branches.
Down
  1. 1. A reaction where a molecule joins to an unsaturated molecule to produce a saturated molecule.
  2. 2. molecules which are non-superimposable mirror images.
  3. 4. A reaction involving the breaking of bonds due to reaction with water.
  4. 8. Molecules with the same molecular formula but different structures.
  5. 9. Elimination of water.
  6. 10. A reaction where a molecule is lost from a saturated molecule to form an unsaturated molecule.
  7. 15. A family of compounds with the same general formula and similar chemical properties. In a series, each member differs by the addition of a CH2 group, and there is a gradual change in physical properties.
  8. 18. A positive ion with the positive charge on a C atom.
  9. 20. Organic compounds containing one or more benzene rings.
  10. 21. Elimination of hydrogen.
  11. 23. The atom or group of atoms that is responsible for most of the chemical reactions of a molecule.