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I. States of matter
(210)
1. Basic properties of matter
(22)
2. Gases
(23)
3. Liquids
(27)
4. Solids
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5. Changes of state
(27)
6. Physical changes accompanying heating and cooling
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7. Diffusion and dissolving
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8. Gas laws. Part I
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9. Gas laws. Part II
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II. Elements, compounds and mixtures
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10. Elements
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11. Chemical compounds
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12. Mixtures
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III. Atomic structure
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14. The structure of the atom
(28)
15. Relative atomic mass
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16. Continuous and line spectra
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17. The Bohr model of the atom
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18. The electron configuration of an atom
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IV. Bonding
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19. Ionic bonding. Part I
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21. Covalent bonding. Part I
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V. Representing chemical reactions
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30. Atomic and molecular mass
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48. Alkaline earth metals. Group 2
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XI. Electrolysis
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XII. Organic chemistry
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58. Alkanes
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59. Isomerism of alkanes
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88. Tectonic movements, earthquakes and volcanoes
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90. Sedimentary rocks. Part I
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92. Metamorphic rocks and circulation of rock material
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93. The atmosphere
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95. Handling liquids
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96. Handling solids. Heating
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97. Gases: handling and laboratory tests
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98. Testing for ions
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99. Safety in the chemical laboratory
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All electromagnetic waves transmit energy
Whiteboard exercise
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Atomic spectra of elements
Whiteboard exercise
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Atomic spectra of elements
Student activity
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Atomic spectrum of hydrogen
Student activity
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Continuous and line spectra
Class activity
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Continuous and line spectra
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Detecting the presence of certain elements in a chemical compound
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Flame test
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Flame tests
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How can one obtain an atomic spectrum?
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Human eye
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Identifying the chemical element present
Whiteboard exercise
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Practical use of atomic spectra
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Relationship between the wavelength and the energy of an electromagnetic wave
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Spectroscopy - spectrophotometer
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The atomic spectrum of an element
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The atomic spectrum of hydrogen
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The electromagnetic spectrum
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The electromagnetic spectrum
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The phenomenon of light
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The visible spectrum of light
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Types of spectrum
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What happens when white light passes through a prism?
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What is light?
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What is light?
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Why can we see our surroundings?
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Resources: 1 – 26 Total: 26
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