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Polar Cell
Psyolopher Lyrics

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The lyrics are frequently found in the comments by searching or by filtering for lyric videos

Most interesting comment from YouTube:

Andrew Obmalay

Can anyone help me answer this? I cant find it anywhere.

Global Wind Oscillation describes
a. the sea surface temperature anomalies near the west coast of South America.
b. whether the winds are net easterly or net westerly.

c. the sea surface temperature anomalies near the west coast of North America.

d. how strong the Icelandic low and Azores high are.

e. a region of thunderstorms circumnavigating the Earth in the tropics.

All comments from YouTube:

Haley

3y↑40

I'm in an ecology class and these videos are insanely helpful, thank you!

Phnx

Kinshuk Jain

5y↑33

Really helped with my revision for mocks. Clear explanations and diagrams helped me understand the concept well. Thank you!

chimpu4852

@param pramodh LMAOOO

Micaela Nilsson

5y↑5

Fantastic video. It helped me much more than my set coursebook on the subject. Simple and clear, with easy to follow illustrations.

Isla

6y↑3

Thank you very much! So well done and easy to understand.

Madena Archer

6y↑5

I like the animation and explanation. This was so simple and key information. You Rock!!!!!

James Katz

Met office for you

Tethys39

2y↑4

Thanks for the great explanation. One question: If earth rotates much faster, there would be another cell? Like 4 cells on northern hemisphere?

Oscar Roca

5y↑6

Hey 🙂
First of all, thank very much for your posts and very informative materials.
I got a question that it would be amazing if you Know any link , webside to Know the answer.
- How are the hadley, ferrel and polar cells formed?
On your videos explain how the air circulates around them and the direction of the winds and jet streams due the Coriolis apparent force but how have these cells been formed and why are there 3 cells instead of 2 or 4 ?
Thank you very much .
Hope you understood my question 🙂

Levent K********

@Zac wdym

Zac

@Jet2Guy I know this was posted a long time ago but I'm trying to find out what drives the lattitude of the high pressure areas for a worldbuilding project. Specifically, I'm looking to find out how atmospheric density and gravity would effect the lattitude of the high pressures (rotation too). If you are able to answer or point me in the right direction I would be very grateful, thanks

Jet2Guy

5y↑5

Hi, this is quite late on but here I go. Taken from a document I wrote on meteorology because I love it ;)
As the earth is a sphere, the equator is going to always be closest to the sun, meaning it takes a shorter amount for a time the UV rays to be absorbed than somewhere on a higher latitude. That’s basically why the poles are very cold and why equator is very hot. At the equator, lots of UV rays are absorbed into the ground. This heats up the surrounding air and water. As the air is very hot, it will rise because it is less dense than the surrounding air. As the air is rising, the temperature will decreases because the air is thinner (the air can hold less heat); once the air temperature reaches the dewpoint temperature, the temperature at which water vapour condenses, the air will condense and forms clouds. The tiny water droplets, inside the clouds, are suspended in the air because they have clung onto small particles of dust or dirt, which is why clouds are visible. (The dirt is NOT why some clouds are darker, that’s because the cloud is denser so less sunlight can pass through it). Once the cloud becomes supersaturated (can’t hold any more water), precipitation falls as rain. As there is so much energy, most of these clouds are cumulonimbus types, which produce immense amounts of rainfall and thunderstorms. Plus, this is why the humidity is so high because there is so much moisture in the air. This cycle will continue creating a semi-permeable area of low pressure at the equator, which forms a tropical climate. Once the air has lost its moisture it is pulled to a lower density area, which is the poles. This air then instead of being pulled along, starts to sink. This sinking air creates a semi-permeable area of high pressure around 30°N. And the first cell. The distance between the equator and 30°N is roughly the size of the Hadley cell. Remember all the cells are mirrored on the southern hemisphere so another area of high pressure would be created at 30°S as well as a second Hadley cell.

Taew Toyingtrakoon

4y↑2

I love this video thanks for sharing it. :)

Aminah Orrie

4y↑1

It's so simple but very explanatory

XHYong

Love these videos!

Paolo Bellezze

3y↑1

Brilliant, thank you!

literal otaku

3y↑2

oddly easy to understand. good job.

Praveen Vijayan

Very good explanation. Thanks

Phnx

uwu

D

4y↑2

The color of the Ferrel cells is incorrect. Hot (red) air rises at 60 degrees latitude (along with the polar cell), moves towards 30 degrees latitude while it cools down, and is (should be) cool (blue) when it falls.

Albus Eisenhorn

should add temperate rain forests of Washington and BC. yes mountains but still there are many different kinds of rain forests that would help explain your point not just tropical

George Wright

Fascinating great video

Maya Hughes

5y↑1

So much easier to understand now

Andrew Obmalay

Jay Kobe

Masterpiece

ray

cool, it becomes much clearer

Alexandra Gopro3

thank you so much!

gwho

there is no "purpose" in physics. it just behaves according to the laws of physics.

besides that minor point, amazingly concise and in-depth explanation!

IShowSpeed W’s

6y↑6

ok... i love you?

Very informative and straight to the point.

QuirkyZigZag

I missed this video in class cause the music made me fall asleep, happened again rewatching it at home XD

Kazik Majster

2y↑1

Best vid by far!
(Artifecian says of things that are a little different.)

gwho

1:08 i've never heard someone speak of weather being "contained" before

goku-san green

u never explained how the other cells were driven by temperature?

Andy Pampreen

5y↑1

I am confused. I thought air moves from high to low pressure. Why are the areas where air is descending the high pressure zones?

Sebs

2y↑1

Warm air has upward bulged isobars, which means that the air pressure in a column of warm air decreases slowly vertically, in comparison with a column of cold air, where air pressure decreases fast in the vertical (compressed isobars).
Therefore, above warm air (the Equator for ex) forms an area of higher pressure, compared to the pressure above colder air (30*-40* latitude for example). So yes, air moves from high to low pressure, but this time at higher levels. (The opposite airflow forms over the surface due to obvious reasons)

Jonas Eriksson

High/low pressure zones refer to the pressure at the surface. So the pressure at the surface where the air descends (about 30 degrees from the poles) is higher than the pressure at the surface at the equator.

Vandana Hegde

5y↑1

@S Z care to explain, then?

S Z

@Vandana Hegde nope

Vandana Hegde

5y↑2

Think of it this way - low pressure areas are those that are the warmest. Air heats up and rises, creating an area of low pressure. So low pressure - air is always ascending. Now, think of the opposite. Areas where temperatures are cooler, have descending air. Air cools down and sinks to the surface. So cool temperatures - descending air - high pressure. Hope that helps!

The Moral Show

3y↑1

Thank you❤️
From Sri Lanka 🇱🇰😍

Anurag Mathur

👍👍

angela sanyu

6y↑7

how about the trade winds?

Rebecca Jin

Thank you

Stephen Snell

Only Low Pressure gives rainfall High Pressure does not give any at all

The Yeet King

Agreed

Taner

Anybody else here studying for their ATPL's ?

SoftwareEngenius

Interesting how Antartica is a desert!

Maria Lyka

I have a question what is prevailing winds?

Phnx

Lmao

Phnx

Yo bb

Levent K********

@Robert Uhh no prevailing winds are the winds that blow between the pressure belts

Robert

@Stephen Snell Average wind direction*

Stephen Snell

6y↑2

It's the main and permanent direction that winds will come from

B M

5y↑54

The animation and background music remind me of Mario Galaxy

JoeHadLigma

cool animation ngl

Amy Hawking

bestie not all of Australia is desert

Amy

Why does the warm air flow toward the poles tho ?

SamSam

cis of the kennel cells

Jackson Messer

5y↑5

warm moves toward cold. that simple. warmth is energy, thus it moves toward areas of cold (less energy) to try to reach equilibrium

Amy

Hafsah Najam oh so they switch spots kind of ? Air rises and cold air fills its spot ? Thanks !!

Hafsah

Amanda O because hot air is less dense so it would rise in latitude whereas the cold denser air sinks

leo

3y↑1

my teacher made us manually type in this youtube link and it took us all so long

Shaheer

3y↑1

i just clicked the link on the powerpoint but nobody else knew you could do that lmao

Brenden Burleigh

thats cold lol

Sophia Alemany

Omg same

Atom7676

4y↑7

Who else has a geog test tom 😎

Tim Adel

ive an exam tom about this topic but not geology though, on my part it's meteorology.. Goodluck then

Nigel Dent

5y↑1

Great annimation, but your depiction of the great victoria desert in Australia is very wrong.

James Katz

I don’t think it is considering this is the met office, the biggest weather company in the uk

Максим Сафаров

where is part one

bongo

i love the earth

Shaheer

3y↑3

pov u have to watch this for online school :(

TradeMark

came here because my online classes explanation sucked

bradley169

2y↑1

good luck with gcses tomorrow

Mahesh

Any Indian here... upsc

jae

3y↑6

mmmmm covid school time :)

yeoreum

ty i cant with 7th grade

SKYTPE

Upper ferrel cell winds dont go north to south. This is proved to be wrong. Because of the troposhpere is descending equator to north air cant go up. This is impossible. All upper winds go equator to poles

JVSs

ฟังไม่รู้เรื่องครับ

Iced Cream

4y↑1

I mean I’m doing this with a note sheet. Can you please go slower? You’re not frigging sonic the hedge hog.

Iced Cream

Benjamin Marrero Alicea yes.

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5y↑1

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4y↑3

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5y↑1

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Butters McFly

4y↑1

Is that English? I like it, I don't understand you, but it sounds funny in my head

Christain

4y↑1

What’s popping

Christain

🥺🥺🥺🏳️‍🌈🏳️‍🌈🏳️‍🌈🏳️‍🌈

bongo

i love the earth

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