This was a great lecture! I took Oceanography 101 in college, and it was nowhere near this good. I wish I'd had you instead. Also, not that this needs to be said, but the details of how tides work strongly refute the flat earth model. How do you explain the chirality of amphidromic circulation, or the existence of an antipodal bulge, if the Earth is flat?
Thank you, Claire! but, I think it did need to be said, and you made your point very eloquently, the whole universe is in a balanced state of motion. The Earth is not flat, otherwise everything would fall apart? Thanks
Can you do a segment on the Atlantic Thermo-Haline Conveyor. I saw a documentary on this about 15 years ago and though it very interesting on how salinity drives currents to help regulate regional climates (British Iles, etc.). If I remember this ties into a global circulatory system in Earth's oceans.
How does Earth's centrifugal force affect Ocean dynamic range from equator to poles. And are these measurements baked-in to global 'Climate Change' models ? And how do we know they are truthful and complete ?
Mam does this series also cover 3.Progressive wave theory -William Wavell 4.Standstill theory - CD Harris. (1. Newtons Equilibrium theory 2.Dynamic Theory of Laplace)
How does this important aspect of global tidal dynamics fit into the calculations of 'Climate Change' scientists, and how do we know what they publish is true and complete ?
If the Sun and Moon Gravitational forces affect the waves how come high and low tides only happen in specific small areas of Earth and not everywhere equally? Does Gravity chooses where to do the tides?😂
@fakeflip you can't have the cake and eat it too 🐒 it is either the injection of water that is causing it or moon gravity and you can't prove any of them.🐒
Can I have the cake 🍰 and eat it. 😋 Gravity does not choose where to do tides. Tides are the result of the *Inertial* motion of the oceans on the surface of the Earth, around it's barycentre with the Moon. In conjunction with the gravitational attraction that holds them in orbit.
can't get enough of the eloquency you put forward
Why they don't teach this in school? It's amazing! I have been wondering for years why I can the moon high in the sky at low tide. Now I know. Thanks!
Great lecture on the theory.
Complex topic.
Much still to, observe, learn and discover.
Quite interesting and well explained. Keep up all the great educational videos.
Absolutely amazing lecture, really helped me visualise amphidromic points and the reason for the counterclockwise direction of circulation
I'm loving the ocean. Really interesting. Clear explanation. Thanks.🌊
Thanks a lot lot for this brilliant explaination
Its like a car going down hill, round a corner while accelerating. All these forces are mixed into the force that the occupants feel.
Very helpful often ignored aspect of tide formation, thanks!
Fake. Amphidromic points are springs that inject waters from above the firmament.
The Earth does not move.
Thank you !
You're teaching Very easy way
This was a great lecture! I took Oceanography 101 in college, and it was nowhere near this good. I wish I'd had you instead.
Also, not that this needs to be said, but the details of how tides work strongly refute the flat earth model. How do you explain the chirality of amphidromic circulation, or the existence of an antipodal bulge, if the Earth is flat?
Thank you, Claire!
Thank you, Claire! but, I think it did need to be said, and you made your point very eloquently, the whole universe is in a balanced state of motion. The Earth is not flat, otherwise everything would fall apart? Thanks
Made so easy to understood 🤠
Can you do a segment on the Atlantic Thermo-Haline Conveyor. I saw a documentary on this about 15 years ago and though it very interesting on how salinity drives currents to help regulate regional climates (British Iles, etc.). If I remember this ties into a global circulatory system in Earth's oceans.
Love from India🇮🇳
How does Earth's centrifugal force affect Ocean dynamic range from equator to poles. And are these measurements baked-in to global 'Climate Change' models ? And how do we know they are truthful and complete ?
Mam does this series also cover
3.Progressive wave theory -William Wavell
4.Standstill theory - CD Harris.
(1. Newtons Equilibrium theory 2.Dynamic Theory of Laplace)
Hello do you know about GIS Sensing ?
I came from a Tik Tok wormhole... I was expecting a 100 level course... I'll see myself out ;) you rule
Why there is no vertical changes at AP points??????
For anyone else trying to trace down the history of linear algebra: Graßmann was inspired by Laplace's writings on tidal theory.
Understood👍
Excuse me, why would there be high tide and low tide?
How does this important aspect of global tidal dynamics fit into the calculations of 'Climate Change' scientists, and how do we know what they publish is true and complete ?
If the earth shifts on its axis what will happen
If the Sun and Moon Gravitational forces affect the waves how come high and low tides only happen in specific small areas of Earth and not everywhere equally?
Does Gravity chooses where to do the tides?😂
@fakeflip So it is Not Gravity that is causing them?
@fakeflip you can't have the cake and eat it too 🐒 it is either the injection of water that is causing it or moon gravity and you can't prove any of them.🐒
Can I have the cake 🍰 and eat it. 😋
Gravity does not choose where to do tides.
Tides are the result of the *Inertial* motion of the oceans on the surface of the Earth, around it's barycentre with the Moon. In conjunction with the gravitational attraction that holds them in orbit.
🙏👍⭐️🐝✌️🌻💙
Lol had to lol again