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Higher Grade
Chemistry
Nuclear Processes
Hybrid orbitals and prediction of hybridization from molecular bonding
Hybrid orbitals and prediction of hybridization from molecular bonding
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Other Topics for Nuclear Processes
Introduction to atomic and sub atomic particles
Sub atomic particles and their general properties
Charges of sub atomic particles and electromagnetic repulsions of protons
Introduction to nuclear reaction (fusion and fission)
Isotopes and their properties
Radioactive isotopes
Nuclear decay
Types of radioactive decay (alpha, beta and gamma)
Alpha radiation and its properties
Beta radiation and its properties
Gamma radiation and its properties
Substance remaining after each half lives
Introduction to half life period
Decay constant and its derivation
Introduction to quark model
Protons and neutrons substructure
Brief history of quantum theory of light
Introduction to particle wave theory of light
Quantum mechanical theory of light
Black body radiation
Photo electric effect, temperature and color
Introduction to theory of relativity
Photon in matter and its wave particle duality
Orbital angular momentum of photon
Introduction to Spectral lines and its organisation
Spectral lines and their wavelength
Introduction to Bohr's theory
Planetory model of atom and wave nature of planetary movement
Hybridization
Types of hybrid orbitals
Resonance and hybridization
Other Units for Higher Grade Chemistry
Atomic and Molecular Structure
Chemical Bonds
Conservation of Matter and Stoichiometry
Acids and Bases , Solutions
Chemical Thermodynamics
Gases and Their Properties
Reaction Rates and Chemical Equilibrium
Organic Chemistry and Biochemistry
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Atomic and Molecular Structure