31 CHEMICAL BONDING | SILICATES | VARIOUS TYPE OF SILICATES | IIT ADVANCED | JEE MAIN | CHEMISTRY

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Topics covered in this lecture with timestamp :

0:00 - Silicates: Introduction to silicates, a group of minerals composed of silicon and oxygen, commonly found in rocks and minerals.

0:38 - Example of Silica (SiO2): Description of silica, a mineral composed of silicon dioxide, commonly known as quartz, and its various forms and uses.

5:15 - Various Types of Silicates: Overview of different types of silicates, including sheet silicates, chain silicates, and cyclic silicates, based on their structural arrangements.

14:44 - Example of Pyrosilicate, Si2O7(6-): Explanation of pyrosilicate, a type of silicate structure characterized by the arrangement of silicon and oxygen atoms in a pyroborate ion.

17:28 - Example of Chain Silicate: Illustration of chain silicate, a type of silicate structure where silicon-oxygen tetrahedra form long chains or strands.

19:15 - Example of Cyclic Silicate: Description of cyclic silicate, a type of silicate structure where silicon-oxygen tetrahedra are arranged in cyclic rings or structures.

23:02 - Question: Explanation of why SiO2 is a high-melting solid while CO2 is a gas at room temperature, possibly related to differences in bonding and structure between silicon dioxide and carbon dioxide.

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Chemical Bonding for JEE Mains and Advanced | Reason for Bond Formation | Ionic Bonds | Covalent Bonds | Isomerism | Lattice Energy | Hydration Energy | Reducing Power of Lithium | Solubility of Salts in Water | Solubility of Alkali Metal Salts | Fajan's Rule | Polarization | Thermal Stability of Ionic Compounds | Melting Point of Ionic Solids | Lewis Dot Structure | Formal Charge on Atoms | Resonance | Bond Order | Bond Order Calculation | Lewis Dot Structure of Oxyacids | Octet Rule | Valence Bond Theory | Shape of Orbitals | Delta Bond | Comparison of Bond Strength | Formation of Diatomic Molecules | Hybridization | Orientation of Hybrid Orbitals | VSEPR Theory | Bent's Rule | Application of Bent's Rule | Formation of Polyatomic Molecules |
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