[Yusup Hizirov (OP)]

And the “tidal force” depends more on the radius of the planet than on the force of gravity.
https://ru.m.wikipedia.org/wiki/Эксцентриситет_орбиты
https://en.m.wikipedia.org/wiki/Io_(moon)#Interaction_with_Jupiter's_magnetosphere

[Bored chemist]

Good point.
Io is small.
It has a small radius.
On the other hand, that means it's volume is small ^3
So there's simply not very much of it to absorb the tidal energy.
So it gets hotter.

Also, part of the tidal energy on Io is due to the influence of the other satellites.
The other satellites of Earth are tiny so they hardly warm our Moon at all.

[Yusup Hizirov (OP)]

If the current moves along the meridian, the Coriolis force presses the water to the shores of the continent with a constant force or a pulsating force. (twice a day).

[Bored chemist]

If the current in the sea moves along the meridian, the Coriolis force presses the water to the shores, with a constant force or force pulsing.

Clearly wrong.
The force at the poles is zero.
The force elsewhere isn't zero.
So it's not constant.

Don't you get embarrassed by making all these mistakes?

[Yusup Hizirov (OP)]

Why on the northern and southern coasts of the seas and oceans the tides are three times higher than on the eastern and western coasts, but it should be the other way around.

[Bored chemist]

https://en.wikipedia.org/wiki/Tidal_range#/media/File:M2_tidal_constituent.jpg

[The Spoon]

Why on the northern and southern coasts of the seas and oceans the tides are three times higher than on the eastern and western coasts, but it should be the other way around.

That is utter nonsense and factually incorrect. Why do you do it? Are you happy being thought an utter fool?

[Yusup Hizirov (OP)]

If the current moves along the meridian, the Coriolis force presses the water to the shores of the continent with a constant force or a pulsating force. (twice a day).

The deflecting force of Coriolis depends on the speed of rotation of the earth both around the axis and around the sun.

[Bored chemist]

If the current moves along the meridian, the Coriolis force presses the water to the shores of the continent with a constant force or a pulsating force. (twice a day).

The deflecting force of Coriolis depends on the speed of rotation of the earth both around the axis and around the sun.

You posted something that was wrong.
A couple of people pointed out that it was wrong.
So you went back and changed it as if you had been right in the first place.


That's a dishonest way to behave, isn't it?

Why on the northern and southern coasts of the seas and oceans the tides are three times higher than on the eastern and western coasts, but it should be the other way around.

I thought I'd quote the. whole of that so it's obvious if you try to do the same thing again.
It's just wrong.
If it's what your hypothesis predicts, thein it is proof that your hypothesis is wrong.

[Yusup Hizirov (OP)]

I edited the post, I do not change the meaning of what was written.
So I am within the rules and morals.

[Yusup Hizirov (OP)]

The animation shows how the waters flowing from the Bay of Fundy into the Bay of Man rotate the whirlpool, so that, whirling, precessing reflects the tidal wave in the direction of the Bay of Fundy.
During the flood of the rivers flowing into the Bay of Fundy, the current speed in the north of the Gulf of Maine rises to 20 km / hour, as a result of which the height of the tides reaches 18 meters. https://earth.nullschool.net/?fbclid=IwAR3fDQD_uF0xgVpETpxVzbrv2xxgzOR0UfAKIEFDHAKoC2jzE-Mpu1lIWMs#current/ocean/surface/currents/equirectangular=-65.38,43.37,3000/loc=-68.002,43.607
https://images.app.goo.gl/hAE4F7kyMQ1mhcAF9
Mezen Bay White Sea tide height reaches 10 m.
https://earth.nullschool.net/?fbclid=IwAR245zpmdxn7SmOQdJ7qF9HhRn-54AYSZIChWmA6-0A2rXyJ9y2UivmtlZA#current/ocean/surface/currents/equirectangular=41.22,69.34,3000/loc=44.515,68.005
Tides - table. http://www.prilivy.com

[Bored chemist]

Whatever...
You said

Why on the northern and southern coasts of the seas and oceans the tides are three times higher than on the eastern and western coasts, but it should be the other way around.

And the simple answer is that, because it does not happen, we don't need to explain it.

You can stop now.

[Yusup Hizirov (OP)]

We can't look at your calculations unless you post them.
If you are saying you have not done the maths, what are you using as the basis of your post?

In order to mathematically express a physical phenomenon of nature, including a gyroscope, first of all it is necessary to thoroughly study the physics of the phenomenon of nature; otherwise, the mathematical model will turn into a heresy hidden behind mathematical formulas.
The physical properties of a conventional solid gyro today are not fully understood, and the mechanics of a flexible gyroscope are much more complicated than the mechanics of a solid gyroscope, and the enormous whirlpool-gyroscope is also affected by the Coriolis force of the Earth and the Sun.

[Colin2B]

The physical properties of a conventional solid gyro today are not fully understood,

Rubbish, they are fully understood except by you, which is why you have this false speculation of whirlpool tides for which you can offer no evidence that matches observed values.

[Yusup Hizirov (OP)]

How to understand the fact that the amplitude of the tides in the Bay of Fundy yesterday was 6 meters, and today is 18 meters.
What changes have occurred in a day, for such a sharp jump?

[The Spoon]

Today in the Bay of Fundy the amplitude of the tides can be 6 meters, and tomorrow 18 meters.
What is the reason for such a sharp jump?

Where does it show this? Please post tide tables that show this variance.

[The Spoon]

Today in the Bay of Fundy the amplitude of the tides can be 6 meters, and tomorrow 18 meters.
What is the reason for such a sharp jump?

Where does it show this? Please post tide tables that show this variance.

[Yusup Hizirov (OP)]

The amplitude of the tides on earth is almost the same every year, with the exception of the bays into which the rivers flow.
The tide tables are for months ahead, and if an error occurs it is not corrected.
And in the calendar you will not find a mistake.
You can get this information from the on-duty gauging station, or at the Institute of Oceanology.

[The Spoon]

The amplitude of the tides on earth is almost the same every year, with the exception of the bays into which the rivers flow.
The tide tables are for months ahead, and if an error occurs it is not corrected.
And in the calendar you will not find a mistake.
You can get this information from the gauging station on duty.

That is not how it works. You made the claim that 'Today in the Bay of Fundy the amplitude of the tides can be 6 meters, and tomorrow 18 meters' it is up to you to provide evidence not for us to go searching for it.
If you cannot, we will assume you have made it up.

[Bored chemist]

Today in the Bay of Fundy the amplitude of the tides can be 6 meters, and tomorrow 18 meters.
What is the reason for such a sharp jump?

Well, if it's true (which is questionable) a reasonable component might be the weather.