Singapore O level Chemistry & Biology - Secondary selection
Organic Chemistry covers the 'organic' taught at age 15 as well as biology topics such as DNA; enzyme activity and protein structure. This special selection offers just topics you'll use, plus a handy bit more, at a considerable cost saving. You can restructure the list using the flexible Teachers Menu (screenshot) in a few minutes. Here is the ready-made selection:
CHEMISTRY
examples of experimental apparatus
alkenes - addition of bromine
examples of experimental apparatus
alcohols - halogenation with hydrochloric acid and ZnCl2 catalyst
examples of experimental apparatus
carbonyl compounds - tests - Fehling's solution
examples of experimental apparatus
alcohols - elimination of water using concentrated acid
covalent bonding
bonding - hybridisation - bonding in methane
redox - use of dichromate - 2 slides
alcohols - oxidation - structure
acids -
reaction with a hydroxide and a carbonate
carboxylic acids – form salts
acids -
strong and weak - slide 3 and 4
carboxylic acids – structure
acids - organic examples
carboxylic acids – structure
redox -use of dichromate - half equation - 5072
alcohols - oxidation - structure
ammonia - base - advanced - 5072
amines – compared with ammonia
oxides from internal combustion engines
alkanes - fuels - catalytic converter
formation and effects of acid rain
alkanes - fuels - acid rain
complete and incomplete combustion
alkanes - combustion
nitrogen oxides and lightning
alkanes - fuels - air pollution
depletion of the ozone layer
halogenoalkanes – depletion of the ozone layer
fuels generally - also pollution
alkanes - fuels - catalytic converter
fuels generally - also pollution
alkanes - fuels - acid rain
fuels generally - also pollution
alkanes – fuels - supply and demand
fuels generally - also pollution
alkanes - fuels - air pollution
fuels generally - also pollution
alkanes – fuels - cracking alkanes for fuel
fuels generally - also pollution
alkanes - fuels - isomerisation of alkanes for fuel
alkanes
alkanes - structure - homologous series
alkanes
cycloalkanes - structure
alkanes
hydrocarbons - introduction
alkanes
alkanes - combustion
alkanes
alkanes – reactions - chlorination of methane
alkanes
alkanes – free radical substitution - chlorination
alkanes - Syllabus 5072
alkanes - IUPAC nomenclature
alkanes - Syllabus 5072
isomerism - structural isomerism - introduction
alkanes - Syllabus 5072
isomerism - structural isomerism - position isomerism
alkanes - Syllabus 5072
isomerism - structural isomerism – chain isomerism
crude oil fractions - multiple slide
fuels - fractional distillation
crude oil fractions - multiple slide
fuels - formation of oil
crude oil fractions - multiple slide
alkanes - fuels - octane rating
crude oil fractions - multiple slide
boiling points - intermolecular forces
alkenes
alkenes - structure - homologous series
alkenes
alkenes - IUPAC nomenclature
alkenes
alkenes - addition of bromine
alkenes
carbon compounds - alkenes – boiling points
alkenes - cracking
alkanes – fuels - supply and demand
alkenes - cracking
alkanes – fuels - cracking alkanes for fuel
alkenes - cracking
carbon compounds - reforming alkanes for fuel
alkenes - cracking
alkanes - fuels - isomerisation of alkanes for fuel
alkenes - cracking
carbon compounds - thermal cracking of alkanes
alkenes - polymers
polymers – addition polymers II
alkenes - polymers
polymers – addition and condensation
alkenes - polymers
polymers – addition polymers I
alkenes - polymers
polymers - polyalkenes - stereoisomers
alkenes - polymers
polymers – natural polymers – rubber
alkenes - polymers
polymers - elastomer
alkenes - polymers
polymers - bakelite - nylon - phenol
alkenes - magarine - melting point and shape
alkenes - addition of hydrogen
alcohols
alcohols - homologous series - structure
alcohols
alcohols - classification
alcohols
alcohols - oxidation - structure
alcohols
alkenes – addition of water
alcohols
boiling points - intermolecular forces
carboxylic acids
carboxylic acids – structure
carboxylic acids - reactions - ester smells - multiple slide - Syllabus 5072
carboxylic acids – form salts
carboxylic acids - reactions - ester smells - multiple slide - Syllabus 5072
carboxylic acids – making and breaking esters
macromolecules - Syllabus 5072
polymers – addition and condensation
macromolecules - Syllabus 5072
polymers – condensation polymers
macromolecules - Syllabus 5072
polymers – addition polymers I
macromolecules - Syllabus 5072
polymers – natural polymers – rubber
macromolecules - Syllabus 5072
polymers – addition polymers II
macromolecules - properties of polymers - Syllabus 5072
polymers - proteins - wool
macromolecules - properties of polymers - Syllabus 5072
polymers - elastomer
macromolecules - properties of polymers - Syllabus 5072
polymers - bakelite - nylon - phenol
macromolecules - properties of polymers - Syllabus 5072
polymers - polyalkenes - stereoisomers
BIOLOGY
carbohydrates
carbohydrates - monosaccharides
carbohydrates
carbohydrates – alpha and beta glucose
carbohydrates
carbohydrates – disaccharides
carbohydrates
carbohydrates – polysaccharides
carbohydrates
carbohydrates – polysaccharides – hydrolysis
carbohydrates
carbohydrates - reducing sugars - Fehling's test
fats - saturated fatty acid model
alkenes - addition of hydrogen
proteins - polypeptides
proteins – primary structure
proteins - polypeptides
proteins – secondary structure
enzymes - factors affecting activity
proteins – enzymes - effect of pH
enzymes - factors affecting activity
proteins – enzymes - effect of temperature
enzymes - factors affecting activity
proteins – enzymes – effect of concentration
fats - hydrolysis with triglceride model
carboxylic acids – form salts
enzymes - lock and key
proteins – secondary structure - interactions
enzymes - lock and key
proteins - secondary structure - enzyme inhibitors
proteins - models and structure
polymers - proteins - wool
proteins - models and structure
proteins – secondary structure – ionic or salt bridges
proteins - models and structure
proteins – quaternary structure – dynamics
proteins - models and structure
proteins – quaternary structure - haemoglobin
proteins - models and structure
proteins – structure – exercise
haemoglobin model
proteins – quaternary structure - haemoglobin
DNA
DNA – nucleic acids – model
DNA
DNA – base pairs and nucleotides
DNA
DNA – nucleic acids – structure
protein synthesis
DNA – transcription to mRNA
protein synthesis
DNA – translation of mRNA to make protein
help - student
help – safe thinking and save thinking
help – to the student
help – how to use the software
help - using 3D-Models – Chime
help - teacher
help – about this package
help – how to use the software
help – to the teacher
help - using 3D-Models – Chime
help – credits
help – feedback and support
Mapping - ends . |
