Chemistry Exam
Chemistry Study Timetable
, s e r o C d n a s Prac ! y l n O Skills
MON
WEEK 1
10
OCT
Cracking & Ethylene's Reactivity Addition Polymerisation
WEEK 2
Addition Polymers
TUE
11
13
Biopol Cellulose as a Raw Material Fermentation
20
Radioisotopes in Medicine & Industry
Oxides in the Enviro. & Acid Rain
Historical Definitions of Acids
15
16 Lead Acid Battery & Hydrogen Fuel Cell Nuclear Instability Production of Radioisotopes
23
Determining Salt pH
Titration Calculations
The Work of Chemists
Conjugates, Amphiprotism & Classifying Acids in Buffers the Acidic Enviro. Neutralisation Esters
Standard Solutions
Melting Points, Boiling Points & Intermolecular Bonding
Combustion
25
26
27
29
30
Covalent Bonds & Ozone's Properties
Intro to Pracs
Equilibrium
Atomic Absorption Spectroscopy
1 NOV
2
Naming CFCs & Haloalkanes
Combustion Calculations
pH Calculations
Graphing
Writing Chemical, Structural & Ionic Equations
Beating the Marking Criteria
28
3
31
Modeling
Titration Procedure
Water Treatment
Water Quality
The Atmosphere
Intro to Titration
Decarbonating Soft pH Measurement Drink Prac Bromine Water Prac Barium Sulphate Galvanic Cell Prac Prac Fermentation Prac Natural Indicator Naming Combustion Prac Prac Hydrocarbons & Alkanols Esterification Prac
The Ozone Layer & CFCs
Trace Elements
21
SUN
22
Identifying Ions
Gas Volume Calculations
14
SAT
Redox & Displacement Reactions Ethanol as a Solvent Oxidation States & Ethanol as a Fuel Cell Potentials Galvanic Cells Detecting Radiation
19
Indicators
FRI
Hydration & Dehydration
Condensation Polymerisation
18
24 WEEK 3
12
THURS
17
Non-Metal Oxides
WEEK4
WED
Yr 11 Revision
Good lu y r c t s i k m e ! Ch 4
m a Ex
t ’ n o d , m a 5 (at 9:2 ) e t a l be
5
The Haber Process The History of the Haber Process
6
, s e r o C d n a s Prac ! y l n O Skills
MON
WEEK 1
10
OCT
Cracking & Ethylene's Reactivity Addition Polymerisation
WEEK 2
Addition Polymers
TUE
11
13
Biopol Cellulose as a Raw Material Fermentation
20
Radioisotopes in Medicine & Industry
Oxides in the Enviro. & Acid Rain
Historical Definitions of Acids
15
16 Lead Acid Battery & Hydrogen Fuel Cell Nuclear Instability Production of Radioisotopes
23
Determining Salt pH
Titration Calculations
The Work of Chemists
Conjugates, Amphiprotism & Classifying Acids in Buffers the Acidic Enviro. Neutralisation Esters
Standard Solutions
Melting Points, Boiling Points & Intermolecular Bonding
Combustion
25
26
27
29
30
Covalent Bonds & Ozone's Properties
Intro to Pracs
Equilibrium
Atomic Absorption Spectroscopy
1 NOV
2
Naming CFCs & Haloalkanes
Combustion Calculations
pH Calculations
Graphing
Writing Chemical, Structural & Ionic Equations
Beating the Marking Criteria
28
3
31
Modeling
Titration Procedure
Water Treatment
Water Quality
The Atmosphere
Intro to Titration
Decarbonating Soft pH Measurement Drink Prac Bromine Water Prac Barium Sulphate Galvanic Cell Prac Prac Fermentation Prac Natural Indicator Naming Combustion Prac Prac Hydrocarbons & Alkanols Esterification Prac
The Ozone Layer & CFCs
Trace Elements
21
SUN
22
Identifying Ions
Gas Volume Calculations
14
SAT
Redox & Displacement Reactions Ethanol as a Solvent Oxidation States & Ethanol as a Fuel Cell Potentials Galvanic Cells Detecting Radiation
19
Indicators
FRI
Hydration & Dehydration
Condensation Polymerisation
18
24 WEEK 3
12
THURS
17
Non-Metal Oxides
WEEK4
WED
Yr 11 Revision
Good lu y r c t s i k m e ! Ch 4
m a Ex
t ’ n o d , m a 5 (at 9:2 ) e t a l be
5
The Haber Process The History of the Haber Process
6
