Topics
Matter
Physical and Chemical Changes
Elements, Compounds and Mixtures
Atomic Structure
Language of Chemistry
Chemical Reactions
- Classification of Change: Chemical Changes
- Direct Combination (or Synthesis)
- Decomposition Reactions
- Single Displacement Reactions
- Double Displacement Reaction
- Reactivity Series - in Reactivity Series Metals Are Arranged in Order of Their Reactivity
- Reactivity Series - Metal that Displaces the Metal Ion from the Solution is More Reactive.
- Predict the Reactivity of Metals
- Endothermic and Exothermic Processes/ Reactions
- Types of Double Displacement: Neutralization Reaction
- Decomposition Reactions to Form Oxides
- Classification of Oxides - Metal Oxides Are Basic
- Classification of Oxides - Nonmetal Oxides Are Acidic in Nature
- Classification of Oxides - Basic Oxides React with Acids
- Amphoteric Oxides - Some Oxides Such as Zno, Pbo React Both with Acids and Bases
Hydrogen
- Preparation of Hydrogen, from Water – Electrolysis
- Preparation of Hydrogen in the Laboratory
- Preference of Zinc as the Metal to Be Used (With Reasons).
- Choice of Dilute Acids (Other than Dil. Nitric Acid)
- Concept of Bosch’S Process
- Properties and Uses of Hydrogen
- Hydrogen - Oxidation and Reduction
- Concept of Hydrogen
Water
- Water, Our Lifeline
- Dissolution of Salts in Water
- Concept of Universal Solvent
- Concept of Suspension
- Differentiate Unsaturated/Saturated and Supersaturated Solutions
- Water of Crystallisation
- Hydrated and Anhydrous Substances, Hygroscopic
- Reactivity of Metals with Cold Water, Hot Water and Steam (With Products Formed).
- Removal of Hardness of Water
- Removal of Hardness of Water
Carbon and Its Compounds
- Carbon: a Versatile Element
- Allotropy and Allotropes of Carbon
- Allotropy and Allotropes of Carbon
- Uses of Diamond, Graphite, Coke, Coal, Soot
- Laboratory Preparation, Properties and Uses of Carbon Dioxide
- Properties of Carbon Dioxide
- Properties of Carbon Dioxide
- Reaction with Lime Water
- Properties and Uses of Carbon Monoxide
- Emphasis on Use as Reducing Agent in the Extraction of Iron
- Emphasize the Harmful Properties of Carbon Monoxide When Inhaled - Asphyxia
If you would like to contribute notes or other learning material, please submit them using the button below.
Related QuestionsVIEW ALL [54]
Match the compounds in List I – 1 to 20 with their correct formulas in List II – A to T.
| List I | List II |
| 1. Copper [I] sulphide | A: KMnO4 |
| 2. Potassium permanganate | B: Mg3N2 |
| 3. Phosphoric acid | C: Mg(NO3)2 |
| 4. Copper [I] oxide | D: Al2(SO4)3 |
| 5. Carbonic acid | E: Na2ZnO2 |
| 6. Aluminium sulphide | F: N2O |
| 7. Iron [II] oxide | G: H2CO3 |
| 8. Iron [III] sulphide | H: Al2S3 |
| 9. Iron [II] sulphate | I: NO |
| 10. Sodium zincate | J: FeS |
| 11. Nitrous oxide | K: Fe2S3 |
| 12. Aluminium sulphate | L: H3PO4 |
| 13. Magnesium nitride | M: Cu2S |
| 14. Iron [III] sulphate | N: CuS |
| 15. Copper [II] oxide | O: Fe2O3 |
| 16. Iron [III] oxide | P: FeO |
| 17. Nitric oxide | Q: FeSO4 |
| 18. Copper [II] sulphide | R: Fe2(SO4)3 |
| 19. Iron [II] sulphide | S: CuO |
| 20. Magnesium nitrate | T: Cu2O |
Advertisement Remove all ads
