Chapter
The Power of the Jet Stream Explained
19:23 - 27:52 (08:29)
The difference in temperature between the polar cell and the Ferrell cell contributes to the intensity of the polar jet stream, which can reach speeds up to 200 miles an hour, affecting air travel from east to west. The subtropical jet stream is less powerful and less discussed.
Clips
The Hadley, Ferrell, and Polar cells are responsible for major weather patterns across the globe.
19:23 - 23:17 (03:53)
Weather patterns
Summary
The Hadley, Ferrell, and Polar cells are responsible for major weather patterns across the globe. These giant cells, formed by temperature differences, create distinct climate zones and weather patterns in each band of latitude around the world.
ChapterThe Power of the Jet Stream Explained
EpisodeHow Wind Works
PodcastStuff You Should Know
Explaining the reason behind the power of the polar jet stream compared to the subtropical one, and how it affects airplane travel.
23:17 - 27:52 (04:35)
Jet Stream
Summary
Explaining the reason behind the power of the polar jet stream compared to the subtropical one, and how it affects airplane travel.