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Explain the reactivity of alkanes
Unreactive
This is due to all the bonds being strong(sigma bonds) and non-polar
Explain the reactivity of alkenes
They are reactive due to the double bond being a weaker pi bond which can easily be broken
State the most common use for alkanes
To be combusted
State and explain the products of incomplete combustion
CO2 + CO + C + H2O
It forms CO and C due to the products not being fully oxidised due to oxygen not being in excess
Explain why the formation of CO and C is harmful
CO - Carbon monoxide is a toxic gas which when inhaled goes into the blood and binds with haemoglobin instead of oxygen therefore meaning less oxygen is carried around in the blood and could lead to suffocation
C - Carbon solid(soot) is a carcinogen
State the function groups of:
Haloalkanes
Alkanes
Alcohols
Aldehydes
Carboxylic acids
Amides
Nitriles
Alkynes
Ethers
Ketones
Esters
Amines
Haloalkanes: C-Cl, C-Br, C-I
Alkenes: C=C
Alcohols: -OH
Aldehydes: CHO
Carboxylic acids: -COOH
Amides: -CONH-
Nitriles: - C≡N
Alkynes: C≡C
Ethers: C-O-C
Ketones: C=O
Esters: -COO-
Amines - NH2
State the 3 types of structural isomers
Chain Isomers
Positional isomers
Functional Group isomers
State what is meant by a chain isomer
An isomer of a molecule with a branched carbon
State what is meant by a positional isomer
An isomer where the same functional group in the molecule is on a different carbon
State what is meant by a Functional group isomer
An isomer with different functional group in the molecule
Put the following groups in the order of their priority when naming:
Carboxylic acid
Aldehyde
Nitrile
Alkyl
Ketone
Halide: Floro, Cholor, Bromo, Iodo
Alcohol
Alkene
Top priority:
Carboxylic acid
Nitrile
Aldehyde
Ketone
Alcohol
Alkene
Halide:
Floro
Chloro
Bromo
Iodo
Alkyl
State what the propriety of the molecule means when naming molecules
Groups with a higher propriety will have the smaller number than a group with less priority in the same molecule
State how to name Alkenes
Number the position of the C=C and add an -ene
For example:
if the C=C is on the first carbon of a pentene molecule, it will be Pent-1-ene