Interactive Course IGCSE Chemistry 0620 - Chapter 1 - 20

This course contains a complete lesson from the new syllabus for Chemistry 0620. The course covers all the chapters from 1 to 6, and each chapter has a summary video and interactive contents.

Beginner
Created by Online Interactive Contents Last updated Wed, 20-Sep-2023 English
What will i learn?
  • Understand and digest the topics in a easy to remember manner
  • Take note of the important information
  • Familiar with the Cambridge style of asking questions
  • Be able to answer any questions related to each topic

Curriculum for this course
273 Lessons 00:00:00 Hours
Chapter 1.1 Solids, Liquids And Gas
3 Lessons 00:00:00 Hours
  • Chapter 1.1 Solids, Liquids And Gas
  • Activity 1.1.1
  • Activity 1.1.2
  • Chapter 1.2 Particles In Solids, Liquids And Gases
  • Activity 1.2.1
  • Activity 1.2.2
  • Chapter 2.1 Elements Compounds And Mixtures
  • Activity 2.1.1
  • Activity 2.1.2
  • Chapter 2.2 More About Atoms (Atoms, Elements And Compounds)
  • - Activity 2.2.1
  • Activity 2.2.2
  • Chapter 2.3 How Electrons Are Arranged (Atoms, Elements And Compounds)
  • Activity 2.3.1
  • Activity 2.3.2
  • Chapter 2.4 Isotopes And Relative Atomic Mass (Atoms, Elements And Compounds))
  • - Activity 2.4.1
  • Activity 2.4.2
  • Chapter 3.1 Compounds, Mixtures And Chemical Change
  • Activity 3.1.1
  • Activity 3.1.2
  • Chapter 3.2 Why Do Atoms Form Bonds?
  • Activity 3.2.1
  • Activity 3.2.2
  • Chapter 3.3 The Ionic Bond
  • Activity 3.3.1
  • Activity 3.3.2
  • Chapter 3.4 More About Ions
  • Activity 3.4.1
  • Activity 3.4.2
  • Chapter 3.5 The Covalent Bond
  • Activity 3.5.1
  • Activity 3.5.2
  • Chapter 3.6 Covalent Compounds
  • Activity 3.6.1
  • Activity 3.6.2
  • Chapter 3.7 Comparing Ionic And Covalent Bonds
  • Activity 3.7.1
  • Activity 3.7.2
  • Chapter 3.8 Giant Covalent Structures
  • Activity 3.8.1
  • Activity 3.8.2
  • Chapter 3.9 The Bonding In Metals
  • - Activity 3.9.1
  • Activity 3.9.2
  • Chapter 4.1 The Names And Formula Of Compounds
  • Activity 4.1.1
  • Activity 4.1.2
  • Chapter 4.2 Equations For Chemical Reactions
  • Activity 4.2.1
  • Activity 4.2.2
  • Chapter 4.3 The Masses Of Atoms, Molecules And Ions
  • Activity 4.3.1
  • Activity 4.3.2
  • Chapter 4.4 Calculations About Mass And Percentage
  • Activity 4.4.1
  • Activity 4.4.2
  • Chapter 5.1 The Mole
  • Activity 5.1.1
  • - Activity 5.1.2
  • Chapter 5.2 Calculations From Equations
  • Activity 5.2.1
  • Activity 5.2.2
  • Chapter 5.3 Reactions Involving Gases
  • Activity 5.3.1
  • - Activity 5.3.2
  • Chapter 5.4 The Concentration Of A Solution
  • - Activity 5.4.1
  • Activity 5.4.2
  • Chapter 5.5 Finding The Empirical Formula
  • - Activity 5.5.1
  • Activity 5.5.2
  • Chapter 5.6 From Empirical To Final Formula
  • Activity 5.6.1
  • Activity 5.6.2
  • Activity 5.7.2
  • Chapter 6.1 Oxidation And Reduction
  • Activity 6.1.1
  • Activity 6.1.2
  • Chapter 6.2 Redox And Electron Transfer
  • - Activity 6.2.1
  • Activity 6.2.2
  • Chapter 6.3 Redox And Oxidation Numbers
  • Activity 6.3.1
  • Activity 6.3.2
  • Chapter 6.4 Oxidizing And Reducing Agents
  • Activity 6.4.1
  • Activity 6.4.2
  • Chapter 7.1 Conductors And Non-conductors
  • Activity 7.1.1
  • Activity 7.1.2
  • Chapter 7.2 The Principle Of Electrolysis
  • Activity 7.2.1
  • Activity 7.2.2
  • Chapter 7.3 The Reaction At The Electrodes
  • - Activity 7.3.1
  • Activity 7.3.2
  • Chapter 7.4 Electroplating
  • Activity 7.4.1
  • Activity 7.4.2
  • Chapter 8.1 Energy Changes In Reactions
  • Activity 8.1.1
  • Activity 8.1.2
  • Chapter 8.2 A Closer Look At Energy Changes
  • Activity 8.2.1
  • Activity 8.2.2
  • Chapter 8.3 Calculating Enthalpy Changes
  • Activity 8.3.1
  • Activity 8.3.2
  • Chapter 8.4 The Hydrogen-Oxygen Fuel Cell
  • Activity 8.4.1
  • Activity 8.4.2
  • Chapter 9.1 Introducing Reaction Rates
  • Activity 9.1.1
  • Activity 9.1.2
  • Chapter 9.2 Measuring The Rate Of A Reaction
  • Activity 9.2.1
  • Activity 9.2.2
  • Chapter 9.3 Changing The Rate 1
  • Activity 9.3.1
  • Activity 9.3.2
  • Chapter 9.4 Changing The Rate (2)
  • Activity 9.4.1
  • Activity 9.4.2
  • Chapter 9.5 Explaining Rate Changes
  • Activity 9.5.1
  • Activity 9.5.2
  • Chapter 9.6 Catalysts
  • Activity 9.6.1
  • Activity 9.6.2
  • Chapter 10.1 Reversible Reactions
  • Activity 10.1.1
  • Activity 10.1.2
  • Chapter 10.2 Shifting The Equilibrum
  • Activity 10.2.1
  • Activity 10.2.2
  • Chapter 10.3 Haber Process
  • Activity 10.3.1
  • Activity 10.3.2
  • Chapter 10.4 The Contact Process
  • Activity 10.4.1
  • Activity 10.4.2
  • Chapter 11.1 Acids And Bases
  • Activity 11.1.1
  • Activity 11.1.2
  • Chapter 11.2 A Closer Look At Acids And Alkalis
  • Activity 11.2.1
  • Activity 11.2.2
  • Chapter 11.3 The Reaction Of Acids And Bases
  • Activity 11.3.1
  • Activity 11.3.2
  • Chapter 11.4 A Closer Look At Neutralization
  • Activity 11.4.1
  • Activity 11.4.2
  • Chapter 11.5 Oxides
  • Activity 11.5.1
  • Activity 11.5.2
  • Chapter 11.6 Making Salts (1)
  • Activity 11.6.1
  • Activity 11.6.2
  • Chapter 11.7 Making Salts (2)
  • Activity 11.7.1
  • Activity 11.7.2
  • Chapter 12.1 The Periodic Table
  • Activity 12.1.1
  • Activity 12.1.2
  • Chapter 12.2 Group 1: The Alkali Metals
  • Activity 12.2.1
  • Activity 12.2.2
  • Chapter 12.3 Group VII (The Halogens)
  • Activity 12.3.1
  • Activity 12.3.2
  • Chapter 12.4 More About The Trends
  • Activity 12.4.1
  • Activity 12.4.2
  • Chapter 12.5 The Transition Elements
  • Activity 12.5.1
  • Activity 12.5.2
  • Chapter 13.1 Comparing Metals And Non-metals
  • Activity 13.1.1
  • Activity 13.1.2
  • Chapter 13.2 Comparing Metals For Reactivity
  • Activity 13.2.1
  • Activity 13.2.2
  • Chapter 13.3 Metals In Competition
  • Activity 13.3.1
  • Activity 13.3.2
  • Chapter 13.4 The Reactivity Series
  • Activity 13.4.1
  • Activity 13.4.2
  • Chapter 13.5 The Rusting Of Iron
  • Activity 13.5.1
  • Activity 13.5.2
  • Chapter 14.1 Metal Ores And Metal Extraction
  • Activity 14.1.1
  • Activity 14.1.2
  • Chapter 14.2 Extracting Iron
  • Activity 14.2.1
  • Activity 14.2.2
  • Activity 14.3.1
  • Activity 14.3.2
  • Chapter 14.3 Extracting Aluminium
  • Chapter 14.4 Making Use Of Metals
  • Activity 14.4.1
  • Activity 14.4.2
  • Chapter 14.5 Alloys
  • Activity 14.5.1
  • Activity 14.5.2
  • Chapter 15.1: Our Environment Around Us
  • Activity 15.1.1
  • Activity 15.1.2
  • Chapter 15.2: What Is In River Water?
  • Activity 15.2.1
  • Activity 15.2.2
  • Chapter 16.1: Petroleum: A Fossil Fuel
  • Activity 16.1.1
  • Activity 16.1.2
  • Chapter 16.2: Refining Petroleum
  • Activity 16.2.1
  • Activity 16.2.2
  • Chapter 16.3: Four Families Of Organic Compounds
  • Activity 16.3.1
  • Activity 16.3.2
  • Chapter 16.4: The Alkanes
  • Activity 16.4.1
  • Activity 16.4.2
  • Chapter 16.5: Cracking Alkanes
  • Activity 16.5.1
  • Activity 16.5.2
  • Chapter 16.6: The Alkenes
  • Activity 16.6.1
  • Activity 16.6.2
  • Chapter 16.8: The Carboxylic Acids
  • Activity 16.8.1
  • Activity 16.8.2
  • Chapter 17.1: Introducing Polymers
  • Activity 17.1.1
  • Activity 17.1.2
  • Chapter 17.2: Addition Polymerization
  • Activity 17.2.1
  • Activity 17.2.2
  • Chapter 17.3: Condensation Polymerization General
  • Activity 17.3.1
  • Activity 17.3.2
  • Chapter 17.4: Plastics
  • Activity 17.4.1
  • Activity 17.4.2
  • Chapter 17.5: The Plastics Problem
  • Activity 17.5.1
  • Activity 17.5.2
  • Chapter 17.6: Tackling The Plastics Problem
  • Activity 17.6.2
  • - Activity 17.6.1
  • Chapter 17.7 Proteins
  • Activity 17.7.1
  • Activity 17.7.2
  • Chapter 18.1: Experimental Design
  • - Activity 18.1.2
  • Chemistry IGCSE - Activity 18.1.1
  • Activity 18.1.1
  • Activity 18.1.2
  • Chapter 18.2: Separation And Purification
  • Activity 18.2.1
  • Activity 18.2.2
  • Chapter 18.3: Chromatography
  • Activity 18.3.1
  • - Activity 18.3.2
  • Chapter 19.1: Test To Identify Common Cations
  • Activity 19.1.1
  • Activity 19.1.2
  • Chapter 19.2: Tests To Identify Common Anions General
  • Activity 19.2.1
  • Activity 19.2.2
Requirements
  • Computer device
  • Internet
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Description

This course contains well-explained interactive content and quiz activities for the Cambridge Chemistry Syllabus. In each chapter, a list of related activities and questions is given to strengthen the student's understanding.

The content presents the topics in a concise and easy-to-understand manner. A series of activities are presented within each topic to speed up the student's understanding.

Specific information

Each chapter contains detailed, necessary information on the new curriculum topics (2022–2025). No repetition or boring information is included. This makes it easier for students to answer IGCSE questions correctly and familiarize themselves with the answering styles.

This course is useful for both teachers and students. Teachers don’t need to spend hours creating learning resources for students. The slides are well-explained and coherent.

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Includes:
  • 00:00:00 Hours On demand videos
  • 273 Lessons
  • Access on mobile and tv
  • 365 days access