HSC Chemistry
Tailored for the new HSC Chemistry syllabus. Topics include Module 5: Equilibrium, Module 6: Acids and Bases, Module 7: Organic Chemistry and Module 8: Applying Chemical Ideas. Notes included.
Before you start...
FREE PREVIEWStudent Booklets
How to get your questions answered
Section 1: Introduction to Equilibrium
FREE PREVIEWSection 1: Non-Equilibrium Systems and Collision Theory
FREE PREVIEWSection 2: Le Chatelier's Principle (Part 1)
FREE PREVIEWSection 2: Le Chatelier's Principle (Part 2)
FREE PREVIEWFirst-Hand Investigation: Equilibrium Systems
Section 2: Collision Theory
Quick Revision!
Section 3: Introduction to the Equilibrium Constant
Section 3: Equilibrium Constant Calculations (Part 1)
Section 3: Equilibrium Constant Calculations (Part 2)
Section 3: Homogeneous and Heterogeneous Equilibrium Systems
First Hand Investigation: Modelling an Equilibrium
Section 3: Additional Equilibrium Constant Calculations
Section 4: Solubility of Ionic Compounds and Equilibrium
Section 4: Solubility Product Calculations
Section 4: Formation of Precipitate Calculations (Part 1)
Section 4: Formation of Precipitate Calculations (Part 2)
Section 4: Common Ion Effect
Section 4: Entropy and Solubility
Section 4: Detoxifying foods (Aboriginal and Torres Strait Islander People)
Module 5 Feedback and Discussion
Section 1: Properties of Acids and Bases
FREE PREVIEWFirst Hand Investigation: Red Cabbage Juice Indicator
FREE PREVIEWSection 1: Historical Developments of Acid and Base Theory
FREE PREVIEWSection 1: Bronsted Lowry Acid and Base Theory
FREE PREVIEWFirst-Hand Investigation: Enthalpy of Neutralisation (Part 1)
Section 2: Harder Calculations for Enthalpy of Neutralisation (Part 2)
Section 2: Reactions with Acids and Bases
Section 3: Strength and Concentration of Acids and Bases
Section 3: Nature of Salts
Section 3: Introduction to pH
Section 3: pH Calculations
Section 3: Harder pH Calculations
First Hand Investigation: Measuring pH
Section 3: Dilution Calculations for Acids and Bases
Section 4: Revision of Quantitative Chemistry Concepts
First-Hand Investigation: Titration (Part 1)
First-Hand Investigation: Titration (Part 2)
Section 4: Titration Calculations (Part 1)
Section 4: Titration Calculations (Part 2)
Section 4: Back Titration Questions
Section 4: Titration and Conductivity Curves
Section 4: Experimental Errors and Applications of Titration
Section 4: Acid Dissociation Constants
Section 4: Buffer Systems
Module 6 Feedback and Discussion
Section 1: Naming Alkane, Alkenes and Alkynes
FREE PREVIEWSection 1: Naming Additional Functional Groups
FREE PREVIEWSection 1: Isomers
Section 2: Physical Properties of Alkanes, Alkenes and Alkynes
Section 2: Impact of the Uses of Organic Substances
Section 2: Reactions of Alkanes and Alkenes
First-Hand Investigation: Bromine Water Experiment
Section 3: Physical Properties of Alcohol
First-Hand Investigation: Fermentation
First-Hand Investigation: Heat of Combustion
Section 3: Oxidation and Dehydration of Alcohols
Section 3: Fossil Fuels and Biofuels
Section 4: Physical Properties of Amines, Amides and Carboxylic Acids
Section 4: Physical Properties of Aldehydes and Ketones
Section 4: Reactions with Amines, Amides and Carboxylic Acids
First-Hand Investigation: Reflux
Section 4: Structure and Action of Soaps
Section 4: Detergents
Section 4: Organic Reaction Pathways
Section 5: Addition Polymerisation - LDPE and HDPE
Section 5: Other Addition Polymers - PVC, Polystyrene, PTFE
Section 5: Condensation Polymerisation
Section 5: Thermoplastics
Module 7 Feedback and Discussion
Section 1: Qualitative Analysis of Cations
FREE PREVIEWSection 1: Qualitative Analysis of Anions and Metal Complex Ions
First-Hand Investigation: Gravimetric Analysis of Inorganic Compounds
First-Hand Investigation: Precipitation and Conductivity Titrations
Section 1: Colorimetry and UV Spectroscopy
Section 1: Atomic Absorption Spectroscopy (AAS) and Atomic Emissions Spectroscopy (AES)
Section 1: Monitoring the Natural Environment
Section 2: Qualitative Analysis of Organic Compounds
Section 2: Infrared Spectroscopy
Section 2: NMR Nuclear Magnetic Resonance Spectroscopy (Carbon and Proton)
Section 2: Mass Spectrometry
Section 2: Examples
Section 3: Chemical Synthesis and Design
Section 3: Case Study Example
Module 8 Feedback and Discussion
Danny Deng
I purchased this course not expecting a lot but it has surprised me so much. The digital platform is easy to use and the online lessons were so engaging, it ...
Read MoreI purchased this course not expecting a lot but it has surprised me so much. The digital platform is easy to use and the online lessons were so engaging, it felt like I was there in person. Would highly recommend.
Read LessDanny is a really good tutor and is able to make hard concepts simple to understand. The digital platform is engaging and flexible so I can fit in lessons ar...
Read MoreDanny is a really good tutor and is able to make hard concepts simple to understand. The digital platform is engaging and flexible so I can fit in lessons around my schedule. He is also always available to answer any questions I have.
Read LessThis chem course is so good. I get really good quality teaching via the digital lessons but individualised to my learning style because I can watch them at m...
Read MoreThis chem course is so good. I get really good quality teaching via the digital lessons but individualised to my learning style because I can watch them at my own pace and ask questions when I have them because the tutors are really responsive. I feel like this learning style really suits me because I'm able to move through the content at my own pace and not be afraid to ask question when I don't understanding something. Would highly recommend to all year 12 students.
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