Organic Chem

Cards (21)

  • A compound is more likely to undergo substitution reactions if it has single bonds, double bonds or triple bonds? single bonds
  • In organic chemistry, elements with all single bonds are known as? Saturated hydrocarbons
  • In organic chemistry, elements with either double or triple bonds are known as? Unsaturated hydrocarbons
  • Structural isomers have the same molecular formula, but different structures
  • Geometric isomers have the same molecular formula, but different arrangements. They are either cis or trans
  • Cis means that 2 of the same molecules are on the same side
  • Trans means that 2 of the same molecules are on opposite sides
  • Identical structures have the same arrangement of atoms and bonds. They will have the same number of carbon atoms
  • Alcohol has an OH bonded to a C atom. The suffix for this is -ol
  • The oxidation of primary alcohols result in aldehydes in the first step, then form carboxylic acid for the final product
  • Secondary alcohols are oxidised to ketones
  • Tertiary alcohols are resistant to oxidation because there are no R groups
  • Ethers have oxygen bonded between two carbon atoms (R groups)
  • Aldehydes have a carbon to oxygen double bond, and a carbon to hydrogen bond. The suffix is -al
  • Ketones have a carbon to oxygen double bond between 2 carbon atoms. The suffix is -one
  • Carboxylic acids have a carbon to oxygen double bond, where the carbon is also bonded to OH. The suffix is -oic acid
  • Esters have a carbon to oxygen double bond, where the carbon is bonded to another oxygen and R group. The suffix is -ate
  • Primary amines have nitrogen bonded to 2 hydrogens and an R group. The suffix is -amine
  • Amides have a carbon to oxygen double bond, where the carbon is also bonded to a nitrogen, which is bonded to one or more R groups
  • What is the condensed structural formula for an Alkane? CnH2n+2
  • Prefix according to the number of carbon atoms:
    1. meth
    2. eth
    3. prop
    4. but
    5. pet
    6. hex
    7. hept
    8. oct
    9. non
    10. dec