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1. Some Basic Concept in Chemistry
36 Lessons-
Start1. Introduction and Matter
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StartCheck Your Understanding
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Start2. Units
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StartCheck Your Understanding
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Start3. Properties of Matter and Their Measurement
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StartCheck Your Understanding
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Start4.Uncertainity in Measurement
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StartCheck Your Understanding
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Start5. Law of chemical combination
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StartCYU-5. Laws of Chemical Combination
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Start6. Avogadro Law & Dalton’s Atomic Theory
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StartCYU 6. Avogadro Law & Dalton's Atomic Theory
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Start7. Atomic Mass
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StartCYU. 7 Atomic Mass
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Start8. Molecular Mass
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StartCYU 8. Molecular Mass
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Start9. Mole concept (Part-1)
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StartCYU 9. Mole Concept Part-1
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Start10. Mole Concept (Part-2)
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StartCYU 10. Mole concept Part-2
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Start11. Percentage of Composition
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StartCYU 11. Percentage of Composition
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Start12. Empirical Formula & Molecular Formula
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StartCYU 12. Empirical Formula & Molecular Formula
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Start13. Stoichiometry & Stoichiometric Calculation
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StartCYU 13. Stoichiometry & Stoichiometric Calculation
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Start14. Limiting Reagent
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StartCYU 14.Limiting Reagent
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Start15. Balancing a Chemical Equation
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StartCYU 15. Balancing a Chemical Equation
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Start16. Mass percent & Mole Fraction
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StartCYU 16. Mass percent & Mole fraction
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Start17. Molarity
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StartCYU 17. Molarity
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Start18. Molality
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StartCYU 18. Molality
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2. Structure of Atom
75 Lessons-
StartDalton's Atomic Theory
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StartCYU 1. Dalton's Atomic Theory
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Start2. Sub-Atomic particles
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StartCYU 2. Sub-Atomic Particles
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Start3. Discovery of Sub-Atomic Particles
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StartCYU 3. Discovery of Sub-Atomic Particles
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Start4. Charge to Mass ratio of Electron.
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StartCYU 4. Charge to Mass ratio of electron
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Start5. Discovery of Protons & Neutrons.
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StartCYU 5. Discovery of Protons & Neutrons.
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Start6. Differnet kinds of Rays
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StartCYU 6. Different Kinds of rays
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Start7. Rutherford's Nuclear model of Atom.
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StartCUY 7. Rutherford's Nuclear model of Atom.
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Start8. Atomic Number & Mass Number
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StartCYU 8. Atomic Number & Mass Number
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Start9. Drawbacks of Rutherford's Model.
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StartCYU 9. Drawbacks of Rutherford's Model.
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StartBohr's Model of Atom
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StartCYU 10. Bohr's Model of Atom
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Start11. Electromagnetic Spectrum.
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StartCYU 11. Electromagnetic Spectrum.
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Start12. Practice Question
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Start13. Plank's Quantum Theory
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StartCYU 13. Plank's Quantum Theory
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Start14. Wavelength-Intensity Relationship.
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StartCYU 14. Wavelength-Intensity Relationship.
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Start15. Photoelectric effect
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StartCYU 15. Photoelectric effect
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Start16. Electromagnetic Radiation
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StartCYU 16. Electromagnetic Radiation
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Start17. Practice Question
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Start18. Emission & Absorption Spectra
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StartCYU 18. Emission & Absorption Spectra
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Start19. Line Spectrum of Hydrogen
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Start20. Bohr's Model of Hydrogen Atom
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StartCYU 20. Bohr's Model of Hydrogen Atom
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Start21. Bohr,s Theory
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StartCYU 21. Bohr,s Theory
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Start22. Explanation of Line Spectrum of Hydrogen
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StartCYU 22. Explanation of Line Spectrum of Hydrogen
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Start23. Limitations of Bohr's Model
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StartCYU 23. Limitations of Bohr's Model
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Start24. Heisenberg's Uncertainty Principle
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StartCYU 24. Heisenberg's Uncertainty Principle
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Start25. Significance of Uncertainty Principle.
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StartCYU 25. Significance of Uncertainty Principle.
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Start26. Quantum Mechanical Model of Atom
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StartCYU 26. Quantum Mechanical Model of Atom
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Start27. Hydrogen atom and shrondinger effect
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StartCYU 27. Hydrogen atom and shrondinger effect
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Start28. Important feature of Quantum mechanical model of Atom
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StartCYU 28. Important feature of Quantum mechanical model of Atom.
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Start29. Quantum Number
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StartCYU 29. Quantum Number
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Start30. Azimuthal Quantum Number
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StartCYU 30. Azimuthal Quantum Number
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Start31. Magnetic Quantum Number
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StartCYU 31. Magnetic Quantum Number
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Start32. Shape of Atomic Orbital
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StartCYU 32. Shape of Atomic Orbital
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Start33. Boundary Surface Diagram-1
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StartCYU 33. Boundary Surface Diagram-1
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Start34. Boundary Surface Diagram Contd.
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StartCYU 34. Boundary Surface Diagram Contd.
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Start35. Energies of Orbitals
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StartCYU 35. Energies of Orbitals.
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Start36. Energies of orbitals-2
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StartCYU 36. Energies of orbitals-2
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Start37. Filling of Orbitals in Atom
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StartCYU 37. Filling of Orbitals in Atom
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Start38. Pauli's Electron Principle
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StartCYU 38. Pauli's Electron Principle
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Start39. Electronic Configuration of Atom.
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StartCYU 39. Electronic Configuration of Atom.
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3. Classification of Element and Periodicity in Properties.
36 Lessons-
Start1. Classification of Element.
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StartCYU 1. Classification of Element.
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Start2. Genesis of Periodic Classification
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StartCYU 2. Genesis of Periodic Classification
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Start3. Modern Periodic Law
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StartCYU 3. Modern Periodic Law
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Start4. Nomenclature of element with atomic number
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StartCYU 4. Nomenclature of element with atomic number.
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Start5. Electronic Configuration of elements
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StartCYU 5. Electronic Configuration of elements
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Start6. Groupwise Electronic Configuration.
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StartCYU 6. Groupwise Electronic Configuration.
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Start7. The S- Block Element
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StartCYU 7. The S- Block Element
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Start8. D & F Block Elements
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StartCYU 8. D & F Block Elements
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Start9. Metals, Non-Metals & Metalliods.
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StartCYU 9. Metals, Non-Metals & Metalliods.
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Start10. Periodic Trends in Properties of Elements
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StartCYU 10. Periodic Trends in Properties of Elements.
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Start11. Ionic Radius
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StartCYU 11. Ionic Radius
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Start12. Ionisation Enthalpy
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StartCYU 12. Ionisation Enthalpy
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Start13. Ionisation Enthalpy-2
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StartCYU 13. Ionisation Enthalpy-2
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Start14. Electron Gain Enthalpy
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StartCYU 14. Electron Gain Enthalpy
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Start15. Electronegativity
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StartCYU 15. Electronegativity
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Start16. Periodic Trends in Chemical Properties.
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StartCYU 16. Periodic Trends in Chemical Properties.
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Start17. Anomalous Properties of Second Period Element
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StartCYU 17. Anomalous Properties of Second Period Element
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Start18. Periodic Trends and Reactivity
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StartCYU 18. Periodic Trends and Reactivity
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4. Chemical Bonding & Molecular Structure
10 Lessons-
Start1. Kossel-Lewis Approach To Chemical Bonding.
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StartCYU 1. Kossel-Lewis Approach To Chemical Bonding.
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Start2. Significance of Lewis Symbols
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StartCYU 2. Significance of Lewis Symbols
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Start3 Octet Rule & Covalent Bond
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StartCYU 3 Octet Rule & Covalent Bond
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Start4. Covalent Bond
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StartCYU 4. Covalent Bond
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Start5. The Lewis Structure
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StartCYU 5. The Lewis Structure
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1 Year Target Course in Chemistry for NEET
A Rank Booster Course
Course Summary
Our "1 Year Target Course in Chemistry for NEET" is designed to provide students with an in-depth understanding of Chemistry, with a focus on the topics that are commonly tested in the NEET exam. The course is ideal for students who are serious about their NEET preparation and want to score well in the Chemistry section of the exam.
Course Curriculum
ESMC Team
