1. Classifying Materials
Description: The videos, webpages, and simulations include explanation of concept, examples, practical uses and misconceptions of atomic models, atomic species, relative atomic mass, relative molecular mass, quantum numbers, electron configuration. There are interactive quizzes and worksheets to assess the understanding of the atomic structure and other related concepts.
Core Concepts: Atomic structure
Links:
- Video on Thomson’s atomic model
- Webpage on Thomson’s atomic model
- Worksheet on Thomson’s atomic model
- Simulations on Rutherford’s atomic model
- Webpage on Rutherford’s atomic model
- Webpage on misconception of atomic structure
- Video on Rutherford’s atomic model
- Quiz on Rutherford’s atomic model
- Video on Bohr’s atomic model
- Webpage on Bohr’s atomic model
- Simulation on Bohr’s atomic model
- Quiz on Bohr’s atomic model
- Video on relative atomic mass Ar with examples
- Video on calculation of Ar
- Video on relative molecular mass Mr
- Webpage on molar mass calculator
- Quiz on relative atomic mass and Relative molar mass
- Video explaining isotopes, isobars and isotones
- Simulation on isotopes and its practical uses
- Worksheet on isotopes, isotones and isobars
- Simulation on atomic orbitals
- Video on quantum numbers
- Webpage for quantum numbers
- Worksheet on quantum numbers
- Video on electron configuration
- Video on Aufbau principle, Hund’s rule and Pauli’s exclusion principle
- Webpage on interactive electron configuration
- Quiz on Aufbau’s principle, Pauli’s exclusion principle and Hund’s rule of maximum multiplicity
- Webpage resources on atomic structure
Description: The videos, webpages, simulations, and online software cover the explanation of concept, examples, significance, differences and misconceptions of types of chemical bonds, valency, violation of octet rule, and molecular geometry. There are also hands-on activities along with interactive quizzes and worksheets.
Core Concepts: Chemical bonds
Links:
- Video on chemical bonds
- Webpage on chemical bonds
- Webpage on interactive PPT on ionic bond
- Webpage on interactive PPT on covalent bond
- Students misconceptions on chemical bonds
- Hands-on activity on the solubility of ionic compound: NaCl to de-ice along the road
- Simulation on solubility of ionic compound: NaCl to de-ice along the road
- Quiz on chemical bonds
- Webpage on variable valency
- Webpage on the violation of octet rule
- Simulation on molecular geometry
- Video on molecular geometry
- Webpage on molecular geometry
- Molview to draw 2D and 3D molecular geometry
- Quiz on molecular geometry
- Video on factors influencing shapes of molecule
- Webpage of VSEPR theory
- Simulation on VSEPR theory
- Quiz on VSEPR theory
- Simulations on polar and non-polar molecules
- Video on hydrogen bond
- Webpage on properties, effects, types, examples of hydrogen bonding
- Hands-on activity on balancing liquid on a coin: How intermolecular forces work
- Video on Van der waals force
- Webpage on Van der waals force
- Simulation, practical uses and worksheet of Van der waals force
- Video on metallic bond with electron sea theory
- Quiz on metallic bond
2. Materials and Change
Description: The videos, webpages and simulations, cover the explanation of nomenclature, types of organic reactions with their mechanisms and isomerisms in organic compounds. There are hands-on activities and interactive quiz to assess the understanding of the concept.
Core Concepts: Introduction to organic chemistry
Links:
- Webpage on nomenclature of organic compound
- Webpage on nucleophilic substitution reaction
- Simulation on nucleophilic substitution reaction
- Webpage on elimination reaction
- Simulation on elimination reaction
- Video on substitution and elimination reaction
- Quiz on elimination and substitution reaction
- Webpage on the thalidomide tragedy
- Video on types of isomers
- Video on stereoisomerism
- Simulation on stereochemistry
- Hands-on activity to study chirality with a homemade polarimeter
- Quiz on isomerism
Description: The videos and webpage contain the explanation on hydrocarbons, nomenclature, properties and the uses of hydrocarbons. There is a quiz to assess the conceptual understanding of the learners.
Core Concepts: Hydrocarbons
Links:
Description: The webpage and video explain the brief history of alcohol , uses of alcohol in our day-to-day life and its impacts. There are hands-on activity to promote STEM learning.
Core Concepts: Alcohol
Links:
Description: The webpages, video and simulation cover history,uses of benzene and the mechanisms of electrophilic aromatic substitution reactions. There are interactive quiz and worksheet to assess the conceptual understanding of the learners.
Core Concepts: Aromatic compound
Links:
- Webpage on the daily uses of aromatic compound
- Webpage of misconceptions of aromatic compound
- Webpage on the history behind the discovery of benzene ring
- Video on mechanism of electrophilic aromatic substitution reaction
- Simulation on electrophilic aromatic substitution reaction
- Worksheet on mechanism of electrophilic aromatic substitution reaction
- Quiz on aromatic compound
Description: The video and webpages cover Kolbe's reactions ,uses and implications of phenol. There is a quiz to assess the conceptual understanding of the learners.
Core Concepts: Phenol
Links:
3. Pattern in Chemistry
Description: The webpages, video and simulation provide information on newly added elements as well as the information about the elements that are going to be discovered in future. They also contain periodic properties of elements in a periodic table.
Core Concepts: Periodic Table
Links:
Description: The videos and webpage explain the concept of oxidation, reduction and rules to find oxidation numbers. There is a worksheet to assess the conceptual understanding of the learners.
Core Concepts: Oxidation number
Links:
Description: The webpages, video and simulation cover the concepts, examples and practical uses of chemical equilibria. They also contain hands-on activity as well as an interactive quiz and the worksheet to assess the conceptual understanding of the learners.
Core Concepts: Chemical equilibria
Links:
- Webpage on chemical equilibrium
- Webpage on the practical use of the chemical equilibrium
- Video on Le Chatelier’s principle
- Simulation on Le Chatelier's principle
- Hands-on activity of equilibrium in constructing buildings, bridges, and other structures
- Worksheet on chemical equilibrium
- Quiz on chemical equilibrium
Description: The videos, simulation, and webpages explain the concept of phase diagram and applications of phase diagram. There are worksheets for the learners to assess the conceptual understanding.
Core Concepts: Phase equilibria
Links:
