Taking a weather class for Aviation and was having a hard time picturing some of these basic global wind patterns and cyclone development so these visuals helped a lot, thanks!
Good video. I think at 5:04, maybe it could state that for a warm front, it is the cold air north of the "warm front" that is retreating allowing warm air to move north and overrun the cold retreating air, and NOT the warm air pushing the cold air back.
I'm wondering, is it really the Coriolis effect causing the rotational direction of cyclones or is it possibly more due to pressure and temperatures? We know anticyclones rotate in the opposite direction in their respective hemispheres because of pressure. But since temperature gradients can cause hurricanes, perhaps the temperature is also determining the direction of the rotation. Is the way the temperature comes in from the poles affecting the rotation at all?
If you have read about the movement of satellite around the planet, similar to that. Outwardly a force acts, but it's balanced by the inwardly gravitational force. Similarly, in this temperate cyclone, coriolis force acts outwardly, but the force due to low pressure zone also acts on the wind. But since the force due to low pressure zone is higher, the wind moves towards low pressure area anyway, despite the opposite force of coriolis Similar to the direction how tropical cyclone works
![Severe Intensity IV - The EAS as it happened 5/25/24 - [EAS #968-1025]](http://i.ytimg.com/vi/6tiBVqfycpg/mqdefault.jpg)
Taking a weather class for Aviation and was having a hard time picturing some of these basic global wind patterns and cyclone development so these visuals helped a lot, thanks!
Great video. Wonderful presentation and explaination. You cleared by doubts about frontal precipitation due to cyclones in 8 minutes🙂 Thank you Sir.
Good video.
I think at 5:04, maybe it could state that for a warm front, it is the cold air north of the "warm front" that is retreating allowing warm air to move north and overrun the cold retreating air, and NOT the warm air pushing the cold air back.
Extremely didactic.
Thank you.
I'm wondering, is it really the Coriolis effect causing the rotational direction of cyclones or is it possibly more due to pressure and temperatures? We know anticyclones rotate in the opposite direction in their respective hemispheres because of pressure. But since temperature gradients can cause hurricanes, perhaps the temperature is also determining the direction of the rotation. Is the way the temperature comes in from the poles affecting the rotation at all?
It's hard to believe, But back when I was in high school I actually had science teachers this smart and had weather extra science classes like this.
awesome presentation!
On the global view, I notice the Superstorm of 1993 which formed on the Gulf of Mexico.
en.wikipedia.org/wiki/1993_Storm_of_the_Century
Thanks for sharing
Thank you.
Teaching and learning made easy thank you
excellent
Great video
thanks 😉😊😊 for your help great video
nice 😉😉😙😘😚
Why is the motion of the cold front anti-cyclonic here? The force turning it can't be the Coriolis force because it acts in a clockwise manner, right?
Did you find the answer to your question ? Let me know if yes.
If you have read about the movement of satellite around the planet, similar to that. Outwardly a force acts, but it's balanced by the inwardly gravitational force.
Similarly, in this temperate cyclone, coriolis force acts outwardly, but the force due to low pressure zone also acts on the wind. But since the force due to low pressure zone is higher, the wind moves towards low pressure area anyway, despite the opposite force of coriolis
Similar to the direction how tropical cyclone works
thank you so much
Thanks
THX
Sir , please add subtitles of English!
it's there