Download AS Chemistry: Paper 2 Physical Inorganic Organic 1.0 Basic

AS Chemistry: Paper 2
Physical
Inorganic
1.0 Basic concepts
1.1 Atomic structure
2.1 Periodicity, 2.2 Gp2 & 2.3
Gp7
Organic
1.2 Amount of substance
3.1 Introduction to organic
chemistry
3.2 Alkanes
1.3 Bonding
3.4 Alkenes
1.4 Energetics
3.3 Halogenoalkanes
1.5 Kinetics & 1.6 Equilibria
3.5 Alcohols
1.7 REDOX
3.6 Organic analysis
By Paper:
Paper 1
Paper 2
1.0 Basic concepts
1.1 Atomic structure
1.2 Amount of substance
1.2 Amount of substance
1.3 Bonding
1.3 Bonding
1.4 Energetics
1.4 Energetics
1.5 Kinetics
1.6 Equilibria
1.6 Equilibria
1.7 REDOX
3.1 Introduction to organic chemistry
2.1 Periodicity, 2.2 Gp2 & 2.3 Gp7
3.2 Alkanes
3.4 Alkenes
3.3 Halogenoalkanes
3.5 Alcohols
3.6 Organic analysis
Revision timetable for Paper 2:
Date:
Day
16/4/16 Saturday
Revision description
Read over 1.5 Kinetics – address problems.
Write out the definitions (in boxes)
Produce standard answers for:
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17/4/16 Sunday
Concentration affects rate
Pressure affects rate
Catalyst affects rate
Temperature affects rate
Surface area affects rate
Drawer Maxwell – Boltzmann distribution with labels
Key features of MB distribution
Using MB distribution to explain how temperature affects
rate
Using MB distribution to explain how a catalyst affects rate
Complete exam pack questions (study pack if struggling) for
1.5 Kinetics.
(Update standard answers if necessary)
Read over 3.1 Introduction to organic chemistry and 3.2 Alkanes –
address problems
Write out definitions (in boxes)
Produce standard answers for:
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Solubility of the alkanes with water
Boiling points of the straight chain alkanes
The effect of branching on the boiling points of the alkanes
Fractional distillation of the alkanes
Cracking – supply and demand
Pollution – NOx / SO2 / unburnt hydrocarbons
Effects from pollution
Catalytic converter
Flue gas desulphurization
Tick
18/4/16 Monday
Produce reaction spider diagram for the alkanes:
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Combustion reactions
Thermal cracking reaction / conditions
Catalytic cracking reaction / conditions
Halogenation of alkanes
Learn the halogenation of alkanes mechanism x 10
19/4/16 Tuesday
Do half of paper 1B Qu 1-5 for next lesson
Complete exam pack questions (study pack if struggling) for
3.1 Introduction to organic chemistry and 3.2 Alkanes
Complete other half of paper 1B Qu 6 - 23 for next lesson
20/4/16 Wednesday Read over 3.4 Alkenes – address problems
Write out definitions (in boxes)
Produce standard answers for:
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The nature of the double bond
Why geometric (E/Z) isomerism occurs
How to assign using CIP
Why alkenes are more reactive than the alkanes
Chemical test for alkenes
Addition to unsymmetrical alkenes (Markovnikov addition)
Polymerisation
Effect of branching on polymer properties
Effect of electronegative side groups on polymer properties
Effect of plasticisers on polymer properties
Produce reaction spider diagram for the alkenes:
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21/4/16 Thursday
Addition of halogens
Addition of hydrogen halides
Reaction with H2O / H2SO4
Reaction with H2O / H3PO4
Polymerisation
Learn general alkene mechanism x 10
Complete exam questions (study pack if struggling) on 3.4
Alkenes - (update standard answers if necessary)
Learn alkene mechanism specific to H2O / H2SO4 x 10
Learn alkene mechanism specific to H2O / H3PO4 x 10
Read over 3.3 Halogenoalkenes – address problems
Write out definitions (in boxes)
22/4/16 Friday
Read over all definitions written out so far
Read over all standard answers produced so far
Copy 4 mechanisms covered so far x 5 each
Have a break
23/4/16 Saturday
Produce standard answers for 3.3 Halogenoalkanes:
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The rate of hydrolysis of halogenoalkanes
Substitution vs elimination
How the Ozone layer works?
HCFC’s as an alternative
Produce reaction spider diagram for the halogenoalkanes:
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With aq hydroxide (substitution)
With ethanolic cyanide
With ethanolic ammonia
With ethanolic hydroxide (elimination)
Learn general nucleophilic substitutiom of halogenoalkane
mechanism x10
24/4/16 Sunday
Do half of Paper 2A (Organic paper)
Complete exam questions (study pack if struggling) on 3.3
halogenoalkenes - (update standard answers if necessary)
Learn halogenoalkane mechanism with NH3 x 10
Learn halogenoalkane mechanism for Ozone depletion x 10
25/4/16 Monday
Complete Paper 2A (Organic paper) Now ready for Monday
Read over 3.5 Alcohols – address problems
Write out definitions (in boxes)
Produce standard answers for:
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26/4/16 Tuesday
H Bonding of alcohol with water
H bonding of alcohol with itself
Boiling points of alcohols
Solubility of alcohols
Comparing the processes to make industrial ethanol
Advantages / disadvantages of ethanol as a fuel
Dehydration of unsymmetrical alcohols
Distillation to form aldehydes
Reflux to form carboxylic acids / ketones
Tests for aldehydes / ketones using Tollen’s / Fehlings
Complete half Paper 2B (organic) ready for next lesson Q1-5
Produce reaction spider diagram for the 3.5 Alcohols:
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Fermentation to make ethanol
Hydration of ethene
Combustion of the alcohols
Dehydration of alcohols
Oxidation of alcohols 1o, 2o and 3o
Learn mechanism of dehydration of alcohol x 10
Complete Paper 2B (organic) ready for next lesson Q6-22
27/4/16 Wednesday Complete exam questions (study pack if struggling) on 3.5
Alcohols
(update standard answers if necessary)
Read over 3.6 Organic analysis – address problems.
Write out the functional group tests for:
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Alkene
Halogenoalkane
Carboxylic acid
Alcohols
Aldehydes (x 3 tests)
Produce standard answers for:
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28/4/16 Friday
How IR spectroscopy works
What the frequency of IR absorbed depends upon
What the fingerprint region shows
Global warming
How mass spectroscopy
Complete exam questions (study pack if struggling) on 3.6
Organic analysis
(update standard answers if necessary)
Read over all definitions and all standard answers for paper 2
(don’t forget those covered in Paper 1)
Copy all mechanisms x 5 each
29/4/16 Saturday
Read over all definitions and all standard answers for paper 2
(don’t forget those covered in Paper 1)
Copy all mechanisms x 5 each
Complete exam papers / mark / learn anything you’ve got wrong
30/4/16 Sunday
Read over all definitions and all standard answers for paper 2
(don’t forget those covered in Paper 1)
Copy all mechanisms x 5 each
Complete exam papers / mark / learn anything you’ve got wrong
01/5/16 Monday
Read over all definitions and all standard answers for paper 2
(don’t forget those covered in Paper 1)
Copy all mechanisms x 5 each
Complete exam papers / mark / learn anything you’ve got wrong
02/5/16 Tuesday
Paper 2 Mock exam