(a)[1]
Suggest a reason why but-1-ene diffuses more quickly than butane.
(b)[1]
Identify the products made when butane burns completely.
(c(i))[1]
Name the type of reaction that needs ultraviolet light.
(c(ii))[1]
State the role of ultraviolet light in this reaction.
(c(iii))[1]
Name the type of reaction that occurs when one atom of chlorine replaces one atom of hydrogen.
(c(iv))[1]
Determine how many different structural isomers may be formed in this reaction.
(d(i))[1]
Identify the catalyst type used in this reaction.
(d(ii))[4]
Name and draw the displayed formulae for the two possible products.
(e(i))[1]
State the type of polymerisation that but-1-ene undergoes.
(e(ii))[3]
Draw part of the polymer molecule so that three repeat units are shown.