1. Introduction: Structure, composition, layering, pressure, density and temperature-height profile of the atmosphere.
2. Atmospheric optic.
3. Atmospheric thermodynamics: hydrostatic balance, humidity, adiabatic.
4. Radiation: radiative transfer, greenhouse effect.
5. Wind: Pressure gradient force, general circulation, local wind systems, single and three cell models.
6. Clouds: Cloud dynamics, development, growth, collision, coalescence, rain and snow.
2. Atmospheric optic.
3. Atmospheric thermodynamics: hydrostatic balance, humidity, adiabatic.
4. Radiation: radiative transfer, greenhouse effect.
5. Wind: Pressure gradient force, general circulation, local wind systems, single and three cell models.
6. Clouds: Cloud dynamics, development, growth, collision, coalescence, rain and snow.
- Lecturer: DR. NUR AZWIN BINTI ISMAIL
Skill Level: Beginner