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Use this Image with Text block to balance out your text content with a complementary visual to strengthen messaging and help your students connect with your product, course, or coaching. You can introduce yourself with a profile picture and author bio, showcase a student testimonial with their smiling face, or highlight an experience with a screenshot.
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Use this Text block to tell your course or coachingβs story.
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Use this block to showcase testimonials, features, categories, or more. Each column has its own individual text field. You can also leave the text blank to have it display nothing and just showcase an image.
Example Title
Use this block to showcase testimonials, features, categories, or more. Each column has its own individual text field. You can also leave the text blank to have it display nothing and just showcase an image.
Example Title
Use this block to showcase testimonials, features, categories, or more. Each column has its own individual text field. You can also leave the text blank to have it display nothing and just showcase an image.
Example Curriculum
- Welcome Video - From your Tutor π§ͺ (1:37)
- Navigating the Novicate Content Library (14:37)
- 2026 Unit 1/2 Chemistry Program (Year Timetable with dates)
- π₯π¨βπ - VCAA Data Booklet 2024 Breakdown (14:25)
- Joining the private Novicate Discord ππ»
- Thriving in VCE - Novicate Orientation Video (61:38)
- #1 - Elements and Electronic Configurations
- #1 - Filled - Elements and Electronic Configurations
- π₯π¨βπ1 - Atomic Structure (6:49)
- π₯π¨βπ2 - Elements (20:18)
- π₯π¨βπ 3 - Isotopes (7:27)
- π₯π¨βπ 4 - Ions (10:28)
- π₯π¨βπ 5 - Electronic Configurations (28:16)
- #1 - QUESTIONS - Elements and Electronic Configurations
- π₯βοΈ #1 Worked Solutions - Elements and Electronic Configurations
- #1 - ANSWERS - Elements and Electronic Configurations
- #2 - Periodic Table and Trends
- #2 - Filled - Periodic Table and Trends
- π₯π¨βπ 1 - Introduction to Periodic Table (15:15)
- π₯π¨βπ 2 - Trends in the Periodic Table (24:47)
- π₯π¨βπ 3 - Critical Elements (9:20)
- #2 - QUESTIONS - Periodic Table and Trends
- π₯βοΈ #2 Worked Solutions - Periodic Table and Trends (18:06)
- #2 - ANSWERS - Periodic Table and Trends
- #SKILL - How to Answer Questions
- π₯π¨βπ - 1 - Introduction to Answering Questions (23:23)
- π₯π¨βπ - 2 - Novicate MCQ Strategy (31:40)
- π₯π¨βπ - 3 - Novicate SAQ Strategy (18:53)
- #SKILL - FILLED - How to Answer Questions
- #SKILL - Questions and Further Reading - How to Answer Questions
- π₯π¨βπ - WORKED SOLUTIONS - How to Answer Questions (18:20)
- #SKILL - ANSWERS - How to Answer Questions
- #3 - Covalent Bonding: Model and Shapes
- #3 - Filled - Covalent Bonding: Model and Shapes
- π₯π¨βπ 1 - Covalent Bond Model (35:07)
- π₯π¨βπ 2 - Covalent Molecules Nomenclature (5:54)
- π₯π¨βπ 3 - Covalent Molecule Shapes (VSEPR) (10:38)
- #3 - QUESTIONS - Covalent Bonding: Model and Shapes
- π₯βοΈ #3 Worked Solutions - Covalent Bond: Model and Shapes (16:21)
- #3 - ANSWERS - Covalent Bonding: Model and Shapes
- #4 - Covalent Bonding: Polarity and Intermolecular Forces
- #4 - Filled - Covalent Bonding: Polarity and Intermolecular Forces
- π₯π¨βπ 1 - Polarity (16:33)
- π₯π¨βπ 2 - Intermolecular Forces (47:04)
- π₯π¨βπ 3 - Carbon Allotropes (Diamond/Graphite) (9:32)
- #4 - QUESTIONS - Covalent Bonding: Polarity and Intermolecular Forces
- π₯βοΈ #4 Worked Solutions - Covalent Bonding: Polarity and Intermolecular Forces (21:27)
- #4 - ANSWERS - Covalent Bonding: Polarity and Intermolecular Forces
- #5 - Metals: Properties, Reactivity and Recycling
- #5 - Filled - Metals: Properties, Reactivity and Recycling
- π₯π¨βπ 1 - Metallic Bonding and Properties (25:41)
- π₯π¨βπ 2 - Metals Reactivity (18:57)
- π₯π¨βπ 3 - Metals Recycling (5:26)
- #5 - QUESTIONS - Metals: Properties, Reactivity and Recycling
- π₯βοΈ #5 Worked Solutions - Metals: Properties, Reactivity and Recycling (21:08)
- #5 - ANSWERS - Metals: Properties, Reactivity and Recycling
- #6 - Ionic compounds: Properties, Formation & Precipitation
- #6 - Filled - Ionic compounds: Properties, Formation & Precipitation
- π₯π¨βπ 1 - Ionic Bonding and Properties (15:30)
- π₯π¨βπ 2 - Formation of Ionic Compounds (27:48)
- π₯π¨βπ 3 - Precipitation Reactions (26:06)
- #6 - QUESTIONS - Ionic compounds: Properties, Formation & Precipitation
- π₯βοΈ #6 Worked Solutions - Ionic Compounds: Properties, Formation & Precipitation (21:06)
- #6 - ANSWERS - Ionic compounds: Properties, Formation & Precipitation
- #7 - Quantifying: Rounding in Chemistry, Relative Mass, The Mole
- #7 - Filled - Quantifying: Rounding in Chemistry, Relative Mass, The Mole
- π₯π¨βπ 1 - Rounding in Chemistry (26:07)
- π₯π¨βπ 2 - Relative Mass (17:41)
- π₯π¨βπ 3 - The Mole (10:08)
- #7 - QUESTIONS - Quantifying: Rounding in Chemistry, Relative Mass, The Mole
- π₯βοΈ #7 Worked Solutions - Quantifying: Rounding in Chemistry, Relative Mass, The Mole (26:54)
- #7 - ANSWERS - Quantifying: Rounding in Chemistry, Relative Mass, The Mole
- #8 - Quantifying: Molar Mass, Percentage Composition, Molecular Formula
- #8 - Filled - Quantifying: Molar Mass, Percentage Composition, Molecular Formula
- π₯π¨βπ 1 - Molar Mass (20:30)
- π₯π¨βπ 2 - Percentage Composition, empirical and molecular formula (25:55)
- π₯π¨βπ 3- Stoichiometry (17:17)
- #8 - QUESTIONS - Quantifying: Molar Mass, Percentage Composition, Molecular Formula
- π₯βοΈ #8 Worked Solutions - Quantifying: Molar Mass, Percentage Composition, Molecular Formula (24:16)
- #8 - ANSWERS - Quantifying: Molar Mass, Percentage Composition, Molecular Formula
- #9 - Organic compounds: Materials and Hydrocarbons
- #9 - Filled - Organic compounds: Materials and Hydrocarbons
- π₯π¨βπ 1 - Introduction to Organic Compounds (14:36)
- π₯π¨βπ 2 - Hydrocarbons (38:58)
- π₯π¨βπ 3 - Physical and Chemical Properties of Hydrocarbons (10:27)
- #9 - QUESTIONS - Organic compounds: Materials and Hydrocarbons
- π₯βοΈ #9 Worked Solutions - Materials and Hydrocarbons (27:28)
- #9 - ANSWERS - Organic compounds: Materials and Hydrocarbons
- #10 - Organic compounds: Haloalkanes, Alcohol, Carboxylic Acids and Esters
- #10 - Filled - Organic compounds: Haloalkanes, Alcohol, Carboxylic Acids and Esters
- π₯π¨βπ 1 - Haloalkanes, alcohol and carboxylic acids (34:44)
- π₯π¨βπ 2 - Esters (Extension) (12:29)
- π₯π¨βπ 3 - Physical and Chemical Properties of Organic Compounds (14:09)
- #10 - QUESTIONS - Organic compounds: Haloalkanes, Alcohol, Carboxylic Acids and Esters
- π₯βοΈ #10 Worked Solutions - Organic compounds: Haloalkanes, Alcohol, Carboxylic Acids and Esters (24:51)
- #10 - ANSWERS - Organic compounds: Haloalkanes, Alcohol, Carboxylic Acids and Esters
- #11 - Polymers and Chromatography
- #11 - Filled - Polymers and Chromatography
- π₯π¨βπ 1 - Polymerisation (22:45)
- π₯π¨βπ 2 - Properties of polymerisation (15:15)
- π₯π¨βπ 3 - Recycling and Innovations in polymer manufactures (13:53)
- π₯π¨βπ 4 - Chromatography (10:26)
- #11 - QUESTIONS - Polymers and Chromatography
- π₯βοΈ #11 Worked Solutions - Polymers and Chromatography (26:32)
- #11 - ANSWERS - Polymers and Chromatography
- #12 - Water as a Unique Chemical
- #12 - Filled - Water as a Unique Chemical
- π₯π¨βπ 1 - Accessing Water (9:16)
- π₯π¨βπ 2 - Water as a Molecule (17:03)
- π₯π¨βπ 3 - Specific Heat Capacity and Latent Heat (27:25)
- #12 - QUESTIONS - Water as a Unique Chemical
- π₯βοΈ #12 Worked Solutions - Water as a Unique Chemical (35:42)
- #12 - ANSWERS - Water as a Unique Chemical
- #13 - Acids-Bases: Properties, Strength and Metal Reactions
- #13 - Filled - Acids-Bases: Properties, Strength and Metal Reactions
- π₯π¨βπ 1 - Properties of Acid and Bases (25:26)
- π₯π¨βπ 2 - Strengths of Acids and Bases (15:32)
- π₯π¨βπ 3 - Neutralisation reactions of Acids and Bases (17:39)
- #13 - QUESTIONS - Acids-Bases: Properties, Strength and Metal Reactions
- π₯βοΈ #13 Worked Solutions - Acids-Bases: Properties, Strength and Metal Reactions (23:58)
- #13 - ANSWERS - Acids-Bases: Properties, Strength and Metal Reactions
- #14 - Acids-Bases: pH and Environment
- #14 - Filled - Acids-Bases: pH and Environment
- π₯π¨βπ 1 - Calculating pH (29:54)
- π₯π¨βπ 2 - Measuring pH (15:31)
- π₯π¨βπ 3 - Environmental Impact (11:27)
- #14 - QUESTIONS - Acids-Bases: pH and Environment
- π₯βοΈ #14 Worked Solutions - Acids-Bases: pH and Environment (31:35)
- #14 - ANSWERS - Acids-Bases: pH and Environment
- #15 - Redox Reactions: Introduction and metal displacements
- #15 - Filled - Redox Reactions: Introduction and metal displacements
- π₯π¨βπ 1 - Introduction, Half equations and overall equations (47:36)
- π₯π¨βπ 2 - Oxidation numbers and Balancing Complex Half Equations (Acidic) (41:36)
- π₯π¨βπ 3 -Review on Balancing Complex Half Equations (Acidic) (11:20)
- π₯π¨βπ 4 - Metal Displacements (21:53)
- #15 - QUESTIONS - Redox Reactions: Introduction and metal displacements
- π₯βοΈ #15 Worked Solutions - Redox Reactions: Introduction and metal displacements (20:50)
- #15 - ANSWERS - Redox Reactions: Introduction and metal displacements
- #16 - Redox Reactions: Galvanic Cells
- #16 - Filled - Redox Reactions: Galvanic Cells
- π₯π¨βπ 1 - Components of Galvanic Cells (18:22)
- π₯π¨βπ 2 - Drawing Galvanic Cells (7:00)
- #16 - QUESTIONS - Redox Reactions: Galvanic Cells
- π₯βοΈ #16 Worked Solutions - Redox Reactions: Galvanic Cells (11:22)
- #16 - ANSWERS - Redox Reactions: Galvanic Cells
- #17 - Measuring Concentration and Solubility
- #17 - Filled - Measuring Concentration and Solubility
- π₯π¨βπ 1 - Concentration (20:18)
- π₯π¨βπ 2 - Solubility (14:10)
- π₯π¨βπ 3 - Solubility Table and Precipitation (19:53)
- #17 - QUESTIONS - Measuring Concentration and Solubility
- π₯βοΈ #17 Worked Solutions - Measuring Concentration and Solubility (21:11)
- #17 - ANSWERS - Measuring Concentration and Solubility
- #19 - Analysis for Acids and Bases: Volumetric Analysis
- π₯π¨βπ 1 - Dilution (11:34)
- π₯π¨βπ 2 - Titration (36:52)
- π₯π¨βπ 3 - Error Analysis (9:09)
- #19 - QUESTIONS - Analysis for Acids and Bases: Volumetric Analysis
- π₯βοΈ #19 Worked Solutions - Analysis for Acids and Base: Volumetric Analysis (23:07)
- #20 - Gases: Greenhouse Gases, Properties of Gas and Gas Law
- π₯π¨βπ 1 - Greenhouse Gases (11:55)
- π₯π¨βπ 2- Characteristics of Gases (18:47)
- π₯π¨βπ 3 - Gas Law (26:41)
- #20 - QUESTIONS - Gases: Greenhouse Gases, Properties of Gas and Gas Law
- π₯βοΈ #20 - Gases: Greenhouse Gases, Properties of Gas and Gas Law (28:11)
- #21 - Analysis for salts: Quantitative Analysis
- π₯π¨βπ 1 - Salts in Water (15:23)
- π₯π¨βπ 2 - Salinity (5:26)
- π₯π¨βπ3 - Quantitative Analysis (27:04)
- #21 - QUESTIONS - Analysis for salts: Quantitative Analysis
- π₯βοΈ #21 - Analysis for salts: Quantitative Analysis (21:00)
- #22 - Analysis for salts: Instrumental Analysis
- #22 - Filled - Analysis for salts: Instrumental Analysis
- π₯π¨βπ 1 - Instrumental Analysis (23:20)
- π₯π¨βπ 2 - Salts in Soils (10:59)
- #22 - QUESTIONS - Analysis for salts: Instrumental Analysis
- π₯βοΈ #22 - Analysis for salts: Instrumental Analysis (28:08)
- #22 - ANSWERS- Analysis for salts: Instrumental Analysis
- #SKILL - Experimental Design
- π₯π¨βπ - 1 - Experimental Design Methods (11:27)
- π₯π¨βπ - 2 - Aims, Experimental Question, Hypothesis (46:06)
- π₯π¨βπ - 3 - Data in Experiments (14:56)
- π₯π¨βπ - 4 - Discussion and Conclusion (13:33)
- π₯π¨βπ - 5 - Safety and Ethics (13:49)
- #SKILL - FILLED - Experimental Design
- #SKILL - QUESTIONS - Experimental Design
- π₯π¨βπ - WORKED SOLUTIONS - Experimental Design (22:31)
- #SKILL - ANSWERS - Experimental Design
Example Image with Text
Use this Image with Text block to balance out your text content with a complementary visual to strengthen messaging and help your students connect with your product, course, or coaching. You can introduce yourself with a profile picture and author bio, showcase a student testimonial with their smiling face, or highlight an experience with a screenshot.
Example Featured Products
Showcase other available courses, bundles, and coaching products youβre selling with the Featured Products block to provide alternatives to visitors who may not be interested in this specific product.