Give two features of members of a homologous series.
Name the process used to produce ethene from long chain hydrocarbons such as decane, C$_{10}$H$_{22}$.
Fill in the chemical equation to show ethene being formed from decane, C$_{10}$H$_{22}$. C$_{10}$H$_{22}$ → C$_4$H$_8$ + .......... + ..........
Write the chemical equation showing ethene turning into ethanol.
Name the reaction type when ethene is turned into ethanol.
Give one condition for the reaction that converts ethene into ethanol.
Give two advantages of producing ethanol by fermentation rather than producing it from ethene.
State the type of chemical reaction shown by this equation between ethene and chlorine.
State the type of polymerisation that makes poly(chloroethene) from chloroethene.
Draw a section of the poly(chloroethene) molecule formed from two monomer molecules.
Complete the diagram to show the monomer structure used to make this polymer. Include every atom and every bond in the functional groups.