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Hint
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Answer
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General formula - CnH2n+2.
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Alkanes
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Saturated compounds.
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Alkanes
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CH4.
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Methane
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Methane, ethane, propane, butane.
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Alkanes
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C2H6.
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Ethane
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C3H8.
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Propane
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C4H10.
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Butane
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General formula - CnH2n.
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Alkenes
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C2H4.
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Ethene
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C3H6.
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Propene
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C4H8.
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Butene
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C5H10.
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Pentene
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Unsaturated.
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Alkenes
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A group of atoms in a molecule that determines how that molecule typically reacts..
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Functional group
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Functional group 'C=C'.
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Alkenes
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Alkene+hydrogen=
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Equivalent, saturated alkane
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Alkene + orange bromine water =
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Bromine decolourises/becomes colourless
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Alkenes + steam =
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An alcohol
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Lots of unsaturated monomer molecules (alkenes) opening up their double bonds and joining together to form polymer chains.
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Addition Polymerisation
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General formula - CnH2n+1OH.
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Alcohols
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Methanol, ethanol, propanol, butanol.
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Alcohols
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Ethene, propene, butene, pentane.
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Alkenes
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CH3OH.
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Methanol
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C2H5OH.
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Ethanol
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C3H7OH.
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Propanol
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C4H9OH.
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Butanol
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Hydroxyl group '-OH'.
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Alcohols
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Are flammable.
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Alcohols
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Soluble in water, producing a solution of a neutral pH.
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Alcohols
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React with sodium to produce hydrogen.
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Alcohols
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Can be oxidised to produce a carboxylic acid..
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Alcohols
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Used as solvents in industry.
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Alcohols
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Can be used as fuels.
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Alcohols/alkanes
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Carboxyl group '-COOH'.
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Carboxylic acids
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Methanoic acid, ethanoic acid, propanoic acid, butanoic acid.
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Carboxylic acids
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HCOOH.
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Methanoic acid
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CH3COOH.
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Ethanoic acid
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C2H5COOH.
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Propanoic acid
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C3H7COOH.
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Butanoic acid
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Dissolve in water, but only partially ionise and release H+ ions (weak acids)..
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Carboxylic acids
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Functional group '-COO-'.
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Esters
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Alcohol + carboxylic acid =
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Ester + water
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ethanoic acid + ethanol =
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Ethyl ethanoate
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Functional groups of amino acids.
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Amine (NH2), Carboxyl (COOH)
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Glycine, alanine, valine, leucine.
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Amino acids
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Produces a polymer as well as another small molecule for each new bond.
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Condensation polymerisation
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Two monomer types with the same functional group/one monomer type with two different functional groups.
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Condensation polymerisation
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General formula - CnH2n+1COOH (n begins at 0).
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Carboxylic acids
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