Online Classes
Available Lesson & Learning Object's
1. Molecular structure › Ionization energy and atomic spectra › Ionization pattern in first few elements.
2. Molecular structure › Bohr model of an atom and quantum theory › Quantized orbits and line spectra
3. Molecular structure › Bohr model of an atom and quantum theory › Quantum behaviour in hydrogen
4. Molecular structure › Transition of electrons between energy levels and calculation of photon frequency using Plank's theory › Electron transitions and hydrogen energy levels
5. Molecular structure › Transition of electrons between energy levels and calculation of photon frequency using Plank's theory › Evidence for electron energy levels and energy sub-levels
6. Molecular structure › Transition of electrons between energy levels and calculation of photon frequency using Plank's theory › Filling of electron energy levels and notation
7. Molecular structure › Transition of electrons between energy levels and calculation of photon frequency using Plank's theory › Photons and their characteristics
8. Molecular structure › Transition of electrons between energy levels and calculation of photon frequency using Plank's theory › Max Planck and his postulates for black body radiation
9. Molecular structure › Transition of electrons between energy levels and calculation of photon frequency using Plank's theory › Max Planck quantum theory and use of planck's rule for photon energy
10. Molecular structure › Ionization energy and atomic spectra › Basics of ionization energy
11. Molecular structure › Ionization energy and atomic spectra › Ionization energy in periodic table and its relation with electronegativity, aromaticity, and hardness of elements.
12. Molecular structure › Ionization energy and atomic spectra › Factors affecting ionization energy.
13. Molecular structure › Bohr model of an atom and quantum theory › A planetary model of the atom
14. Molecular structure › Ionization energy and atomic spectra › Ionization energy and reactivity.
15. Molecular structure › Ionization energy and atomic spectra › First ionization energy and shielding effect
16. Molecular structure › Ionization energy and atomic spectra › Ground state and ionization energy
17. Molecular structure › Ionization energy and atomic spectra › Lyman series and Balmer series
18. Molecular structure › Wavelength,frequency and spectra color determination › Brief history of spectroscopy
19. Molecular structure › Wavelength,frequency and spectra color determination › Spectral lines and types of spectral lines
20. Molecular structure › Wavelength,frequency and spectra color determination › Wavelenght of light, and speed of light
21. Molecular structure › Wavelength,frequency and spectra color determination › Electromagnetic radiation, and emission spectra
22. Molecular structure › Wavelength,frequency and spectra color determination › Color rendering of spectra, and luminosity
23. Molecular structure › Wavelength,frequency and spectra color determination › Visible spectrum and spectral color
24. Molecular structure › Test of Knowledge › Multiple choice questions based on entire section that are covered so far.
25. Molecular structure › Reactivity of elements and quantum electron configuration › Electron configurations of the elements
26. Molecular structure › Introduction to trans-actinide and trans-uranic elemenmts › Trans-actinide elements and their general properties
27. Molecular structure › Introduction to trans-actinide and trans-uranic elemenmts › Trans-uranic elements
28. Molecular structure › Introduction to trans-actinide and trans-uranic elemenmts › General properties of transuranic elements
29. Molecular structure › Reactivity of elements and quantum electron configuration › Reactivity in period
30. Molecular structure › Reactivity of elements and quantum electron configuration › Reactivity in group
31. Molecular structure › Reactivity of elements and quantum electron configuration › Reactivity series
32. Molecular structure › Reactivity of elements and quantum electron configuration › Quantum numbers and rules for quantum numbers
33. Molecular structure › Reactivity of elements and quantum electron configuration › Shells and sub-shells of orbitals
34. Molecular structure › Reactivity of elements and quantum electron configuration › Combinations of quantum numbers
35. Molecular structure › Reactivity of elements and quantum electron configuration › Electron configurations and Aufbau principle
36. Molecular structure › Reactivity of elements and quantum electron configuration › Hund's rule and degenrate orbitals
37. Molecular structure › Introduction to trans-actinide and trans-uranic elemenmts › Actinide elements and their general properties
38. Molecular structure › Reactivity of elements and quantum electron configuration › Exception to predicted electron configuration
39. Molecular structure › Reactivity of elements and quantum electron configuration › Electron configuration and periodic table
40. Molecular structure › Thomson's discovery of electron and Rutherford atomic model › Brief history of JJ Thomson and his cathode ray tube experiments
41. Molecular structure › Thomson's discovery of electron and Rutherford atomic model › Thomson's speculation and modern theory
42. Molecular structure › Thomson's discovery of electron and Rutherford atomic model › Brief history of Rutherford's and his scattering theory
43. Molecular structure › Thomson's discovery of electron and Rutherford atomic model › Gold foil experiment and Thomson's plum pudding model
44. Molecular structure › Thomson's discovery of electron and Rutherford atomic model › Drawbacks of Rutherford model
45. Molecular structure › Millikan's oil drop experiment and Einstein's photoelectric theory. › Robert Andrews Millikan brief history and his postulate
46. Molecular structure › Millikan's oil drop experiment and Einstein's photoelectric theory. › Millikan's oil drop method apparatus design
47. Molecular structure › Millikan's oil drop experiment and Einstein's photoelectric theory. › Millikan's oil drop experiment drawbacks
48. Molecular structure › Bohr model of an atom and quantum theory › Neil Bohr brief history and atomic theory
2. Molecular structure › Bohr model of an atom and quantum theory › Quantized orbits and line spectra
3. Molecular structure › Bohr model of an atom and quantum theory › Quantum behaviour in hydrogen
4. Molecular structure › Transition of electrons between energy levels and calculation of photon frequency using Plank's theory › Electron transitions and hydrogen energy levels
5. Molecular structure › Transition of electrons between energy levels and calculation of photon frequency using Plank's theory › Evidence for electron energy levels and energy sub-levels
6. Molecular structure › Transition of electrons between energy levels and calculation of photon frequency using Plank's theory › Filling of electron energy levels and notation
7. Molecular structure › Transition of electrons between energy levels and calculation of photon frequency using Plank's theory › Photons and their characteristics
8. Molecular structure › Transition of electrons between energy levels and calculation of photon frequency using Plank's theory › Max Planck and his postulates for black body radiation
9. Molecular structure › Transition of electrons between energy levels and calculation of photon frequency using Plank's theory › Max Planck quantum theory and use of planck's rule for photon energy
10. Molecular structure › Ionization energy and atomic spectra › Basics of ionization energy
11. Molecular structure › Ionization energy and atomic spectra › Ionization energy in periodic table and its relation with electronegativity, aromaticity, and hardness of elements.
12. Molecular structure › Ionization energy and atomic spectra › Factors affecting ionization energy.
13. Molecular structure › Bohr model of an atom and quantum theory › A planetary model of the atom
14. Molecular structure › Ionization energy and atomic spectra › Ionization energy and reactivity.
15. Molecular structure › Ionization energy and atomic spectra › First ionization energy and shielding effect
16. Molecular structure › Ionization energy and atomic spectra › Ground state and ionization energy
17. Molecular structure › Ionization energy and atomic spectra › Lyman series and Balmer series
18. Molecular structure › Wavelength,frequency and spectra color determination › Brief history of spectroscopy
19. Molecular structure › Wavelength,frequency and spectra color determination › Spectral lines and types of spectral lines
20. Molecular structure › Wavelength,frequency and spectra color determination › Wavelenght of light, and speed of light
21. Molecular structure › Wavelength,frequency and spectra color determination › Electromagnetic radiation, and emission spectra
22. Molecular structure › Wavelength,frequency and spectra color determination › Color rendering of spectra, and luminosity
23. Molecular structure › Wavelength,frequency and spectra color determination › Visible spectrum and spectral color
24. Molecular structure › Test of Knowledge › Multiple choice questions based on entire section that are covered so far.
25. Molecular structure › Reactivity of elements and quantum electron configuration › Electron configurations of the elements
26. Molecular structure › Introduction to trans-actinide and trans-uranic elemenmts › Trans-actinide elements and their general properties
27. Molecular structure › Introduction to trans-actinide and trans-uranic elemenmts › Trans-uranic elements
28. Molecular structure › Introduction to trans-actinide and trans-uranic elemenmts › General properties of transuranic elements
29. Molecular structure › Reactivity of elements and quantum electron configuration › Reactivity in period
30. Molecular structure › Reactivity of elements and quantum electron configuration › Reactivity in group
31. Molecular structure › Reactivity of elements and quantum electron configuration › Reactivity series
32. Molecular structure › Reactivity of elements and quantum electron configuration › Quantum numbers and rules for quantum numbers
33. Molecular structure › Reactivity of elements and quantum electron configuration › Shells and sub-shells of orbitals
34. Molecular structure › Reactivity of elements and quantum electron configuration › Combinations of quantum numbers
35. Molecular structure › Reactivity of elements and quantum electron configuration › Electron configurations and Aufbau principle
36. Molecular structure › Reactivity of elements and quantum electron configuration › Hund's rule and degenrate orbitals
37. Molecular structure › Introduction to trans-actinide and trans-uranic elemenmts › Actinide elements and their general properties
38. Molecular structure › Reactivity of elements and quantum electron configuration › Exception to predicted electron configuration
39. Molecular structure › Reactivity of elements and quantum electron configuration › Electron configuration and periodic table
40. Molecular structure › Thomson's discovery of electron and Rutherford atomic model › Brief history of JJ Thomson and his cathode ray tube experiments
41. Molecular structure › Thomson's discovery of electron and Rutherford atomic model › Thomson's speculation and modern theory
42. Molecular structure › Thomson's discovery of electron and Rutherford atomic model › Brief history of Rutherford's and his scattering theory
43. Molecular structure › Thomson's discovery of electron and Rutherford atomic model › Gold foil experiment and Thomson's plum pudding model
44. Molecular structure › Thomson's discovery of electron and Rutherford atomic model › Drawbacks of Rutherford model
45. Molecular structure › Millikan's oil drop experiment and Einstein's photoelectric theory. › Robert Andrews Millikan brief history and his postulate
46. Molecular structure › Millikan's oil drop experiment and Einstein's photoelectric theory. › Millikan's oil drop method apparatus design
47. Molecular structure › Millikan's oil drop experiment and Einstein's photoelectric theory. › Millikan's oil drop experiment drawbacks
48. Molecular structure › Bohr model of an atom and quantum theory › Neil Bohr brief history and atomic theory
Other Topic's Details
Atomic structureIntroduction to atomism and laws of chemical
Equations and nomeclature