Leave your feedback Share Copy URL https://ar-c.org/video/3XftRuSCclw.html Email Facebook Twitter LinkedIn Pinterest Tumblr Share on Facebook Share on Twitter Why Hurricanes Avoid the Equator | Coriolis Effect Explained (Part 2/4) [DwVQGyY55Xh] Health Updated on August 10, 2026 EDT — Published on August 10, 2026 EDT Watch the full Coriolis breakdown (storms, missiles, toilet myth + why storms spin): Part 2/4: The Coriolis Effect always acts 90° to motion—right in the Northern Hemisphere, left in the Southern—and it’s weakest at the equator (strongest toward the poles). That’s a big reason hurricanes almost never form right on the equator. Subscribe to @UntamedSkies for Part 3/4 and more weather science that makes the sky make sense. Keep looking up! #CoriolisEffect #Hurricanes #Equator #WhyStormsSpin #Meteorology #WeatherScience #Storms #Cyclones #AtmosphericScience #EarthScience #Physics #ScienceExplained #Weather #UntamedSkies #Shorts seiTtA9R9ba D70KWhFV1hJ FBk7LO9qE0R OFGKh7keLDT vVSsx4F5zJv mkCeCr0eZ0B 5uerEvxGRNa
Watch the full Coriolis breakdown (storms, missiles, toilet myth + why storms spin): Part 2/4: The Coriolis Effect always acts 90° to motion—right in the Northern Hemisphere, left in the Southern—and it’s weakest at the equator (strongest toward the poles). That’s a big reason hurricanes almost never form right on the equator. Subscribe to @UntamedSkies for Part 3/4 and more weather science that makes the sky make sense. Keep looking up! #CoriolisEffect #Hurricanes #Equator #WhyStormsSpin #Meteorology #WeatherScience #Storms #Cyclones #AtmosphericScience #EarthScience #Physics #ScienceExplained #Weather #UntamedSkies #Shorts seiTtA9R9ba D70KWhFV1hJ FBk7LO9qE0R OFGKh7keLDT vVSsx4F5zJv mkCeCr0eZ0B 5uerEvxGRNa