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HSC Module 7 Chemistry: Organic Chemistry
Tell me more about this course
1.1 Welcome to Organic Chemistry
Course Walkthrough
Chemistry Data Sheet
NESA Module Syllabus
BONUS: Improving your learning (1hr 30min)
Study section intro
What is Flipped Learning- how to use videos? (11:54)
What does research say is the BEST way to study? (10:26)
Study Techniques: How often should I study? (7:50)
Study Techniques: Active note taking (10:11)
Study Technique: How do I make a study timetable? (11:32)
Study Techniques: How to reduce exam anxiety? (12:54)
Study Techniques: How do I structure my study time? (8:16)
Study Techniques: How to make Flash Cards from your notes.
Study Technique: Active Recall - I do, I remember
Study Technique: Sport vs School
Study Technique: Brain Plasticity - teaching your brain new things!
Exam Technique Tips: Preparation for the Exam
Exam Technique Tips: Time Management
Exam Technique Tips: Highlighting KEY words for breaking down questions
Exam Technique: Analysing your results with purpose & future improvement
1.0 Introduction to Organic Chemistry
1.1 What is Organic Chemistry? (7:25)
1.2 What are functional Groups? (8:27)
1.3 Drawing organic compounds (8:09)
2.0 Nomenclature
2.0 What is IUPAC nomenclature? (6:43)
2.1 Nomenclature of Alkanes 1 (8:24)
2.2 Nomenclature of branched Alkanes (13:24)
2.3 Nomenclature of Alkenes 1 (14:20)
2.4 Alkenes and position isomerism (9:55)
2.5 Nomenclature of Alkynes (9:50)
2.6 Nomenclature of Alcohols 1 (9:29)
2.7 Nomenclature of Alcohols 2 (10:23)
2.8 Nomenclature of Aldehydes & Ketones (10:25)
2.9 Nomenclature of Carboxylic acids (5:43)
2.10 Nomenclature of Amines & Amides (14:16)
2.11 Nomenclature of Halogenated compounds (12:42)
2.12 Nomenclature mixed (9:54)
2.13 Chain Isomers
2.14 Isomer practise
Section 2: Online Quizzes & Posters
Online Quiz 1
Online Quiz 2
Posters
3.0 Hydrocarbons
3.1 Revision: Intermolecular bonding (6:28)
3.2 Homologous series trends within a group (Alkanes) (7:36)
3.3 Homologous series trends within a group (Alkenes) (2:45)
3.4 H-bonding in alcohols, acids, amines & amides (7:11)
3.5 Dimer formation in acids and amides (4:08)
3.6 Comparing similar length compounds between groups
3.7 Shapes of molecules around carbon bonds
3.7 Hydrocarbon safety
3.8 Issues with attaining hydrocarbons
4.0 Products of Reactions Involving Hydrocarbons
4.1 Reactive bonds and types of reactions (7:28)
4.2 Addition Reaction: Hydrogenation (5:36)
4.3 Addition Reaction: Halogenation (8:00)
4.4 Addition Reaction: Hydrohalogenation (7:36)
4.5 Addition Reaction: Hydration (6:28)
4.6 Modelling Reactions - substitution of saturated hydrocarbons (4:52)
4.7 Revision Questions
5.0 Alcohols
5.1 Enthalpy revision (4:14)
5.2 Classes of alcohols and oxidation (8:53)
5.3 Properties of alcohols & bonding (12:53)
5.4 Alcohol reactions: combustion (5:51)
5.5 Enthalpy of combustion review (10:10)
5.6 Prac: Comparing alcohol enthalpies (10:10)
5.7 Reliability in enthalpy practical & Improvements (9:23)
5.8 Other enthalpy questions (11:54)
5.9 Alcohol reactions: dehydration (8:31)
5.10 Alcohol reactions: substitution HX (13:22)
5.11 Production of alcohols: from organic compounds (7:39)
5.12 Production of alcohols: fermentation (14:56)
5.13 What are organic sources of fuels? (10:45)
5.14 Extracting usable fuels from crude oil (9:55)
5.15 What are Biofuels? (11:32)
5.16 Are biofuels carbon neutral? (5:38)
5.17 Comparing Bioethanol & Petrol (7:55)
6.0 Reactions of Organic Acids and Bases
6.1 Revision of function groups and properties (8:50)
6.2 Bonding trends between homologous series of organic compounds (10:41)
6.3 Trends in chain length. & solubility revisited (7:14)
6.4 Esters: structure, naming and production (11:23)
6.5 Esterification in the lab (10:03)
6.6 Organic acids and bases (7:15)
6.7 Soaps and Detergents (10:16)
6.8 Why we use soaps & detergents? (9:47)
6.9 Some detergent terms (7:54)
6.10 Saponification reaction - making soap 1 (5:27)
6.11 Saponification reaction 2- In the lab (4:02)
6.12 Combustion of petrol, bioethanol and biodiesel (9:56)
6.13 Chemical synthesis flow diagrams 1 (9:29)
6.14 Chemical synthesis flow diagrams 2 (7:15)
7.0 Addition Polymers
7.1 What are monomers & polymers?
7.2 Sourcing ethylene for polymerisation
DEPTH STUDY: Cracking of Petroleum - Thermal
DEPTH STUDY: Cracking of Petroleum - Catalytic
7.3 Addition polymerisation: PE
DEPTH STUDY: LDPE Production
DEPTH STUDY: HDPE Production
7.4 Types of PE and properties
7.5 Addition polymerisation of PVC
7.6 Addition polymerisation of PS
7.7 Addition polymetisation of PTFE
8.0 Condensation Polymers
8.1 What are condensation polymers?
8.2 Synthetic Condensation Polymer (polyamide): Nylon 6,6
8.3 Synthetic Condensation Polymer (polyester): PET
8.4 Synthetic Condensation Polymer (polyester) - PLA
8.5 Natural Condensation polymers
Study section intro