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on
1
Introduction
2
Outline
3
VFR Weather Minimums
4
Add Water and Spin
5
Local Wind Patterns
6
Atmospheric Stability
7
Temperature Inversions
8
Frost
9
Cloud Collection
10
Low Clouds
11
Middle Clouds
12
Airmasses
13
Fronts
14
Cold Front
15
Warm Front
16
Occluded Front
17
Thunderstorm Life Cycle
18
Thunderstorms Hazards
19
Microbursts
20
Low level turbulence
21
Wake Turbulence
22
Structural Icing
23
Recognition: Flight Characteristics
24
Requirements for Icing Formation
25
Avoiding Icing Encounters
26
Response to Icing
27
How do transportation airplanes handle this?
Description:
Dive into a comprehensive 58-minute lecture on meteorology from MIT's Private Pilot Ground School. Explore essential weather theory, patterns, and associated hazards crucial for aviation. Learn about VFR weather minimums, atmospheric stability, cloud types, air masses, and frontal systems. Understand the life cycle and dangers of thunderstorms, including microbursts and turbulence. Examine structural icing, its recognition, formation requirements, avoidance strategies, and appropriate responses. Gain insights into how commercial aircraft handle various weather phenomena, equipping yourself with vital knowledge for safe and informed piloting.

Meteorology

MIT OpenCourseWare
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