Thanks for this video ❤❤ this was a great video😂😂 my teacher put this out for us to watch if w wanted and this helped em understand this subject way more!!
@@oruamsmillew6153 they set up microphone kind of systems that listen to seismic activity around the globe, and based on the difference in echoes from different earthquakes we can determine the density in each region of the Earth...
It's a mix of things! I use Blender to design things like the 3D Earth which has a chunk removed from it. After that's done, Michael Deluxe adds in things like zooming the camera around and text using Adobe After Effects. Some 2D animations like what you can see at 4:11 and 5:24 are done by Michael Deluxe just using After Effects. Sometimes these make up a fairly small part of the video but can take many, many hours to create and render!
hey its because the density of the innercore is so high that the rocks colliding and becomming solid, in the outer core there is also a lot of density but not so high in the inner core so that keeps liquid
Right in the centre of the planet, gravity is super strong. Think about it like this... you've got the weight of the entire planet being pulled towards the middle. That's a lot of pressure. The pressure is so high, it stops the iron and nickel in the core from melting at the temperature it would do on the surface of Earth. Essentially, it's compressing all that metal into a ball so tightly that it can't melt into a less dense liquid. So you end up with the liquid layer on the outside where the gravitational pressure is lower so it can melt, then a solid layer inside where the pressure is high enough to stop it from melting.
@@SimpleGeography Let me see if I got it right, so because of the pressure of the weight of the entire planet and because of the extreme force of gravity the atoms are compressed so much that they become their densest form wich is a solid right? (Because liquids are less dense than solids and less dense things have their atoms more separated?)
Thank you so much! I really struggle with this subject, but you explained it in a way that I can understand it. Much appreciated!
Best geography vid yet🎉❤🎉❤🎉
Thanks for this video ❤❤ this was a great video😂😂 my teacher put this out for us to watch if w wanted and this helped em understand this subject way more!!
Brilliant work!
Thanks for this effort
Excellent!
i saw this video at school ngl pretty good video
Love this! Always good to go back to the basics! Thank you Professor 👏👏💞
Well dang he really did a cake metaphor, time to like the video🙃
2023: latest updates, we have found that there is an innermost inner core. The fifth layer the last part at the centre, around 400-600 km across.
Ok
this might be a stupid question, how do they know?
@@oruamsmillew6153 they set up microphone kind of systems that listen to seismic activity around the globe, and based on the difference in echoes from different earthquakes we can determine the density in each region of the Earth...
@@oruamsmillew6153 P-waves me thinks
@@dobby5759 ohhhhhh thats interesting
also great video! greatly explained and quite entertaining
Thank you very much !
Great video👍
Great video
Thank you, Safa!
Thank you for your videos, you explain very good. It’s a pity that you don’t god more Attention for your videos, they are very good
simple but helpful
This is awesome, in knowledge and memes 😂😂😂 great video, though!
Dear Mountain man,
very impressive
do you mind sharing the tools you use for your animations
thks and more power to you
It's a mix of things! I use Blender to design things like the 3D Earth which has a chunk removed from it. After that's done, Michael Deluxe adds in things like zooming the camera around and text using Adobe After Effects. Some 2D animations like what you can see at 4:11 and 5:24 are done by Michael Deluxe just using After Effects.
Sometimes these make up a fairly small part of the video but can take many, many hours to create and render!
how come the inner core is actually solid while the outer core is liquid? would you please explain?
hey its because the density of the innercore is so high that the rocks colliding and becomming solid, in the outer core there is also a lot of density but not so high in the inner core so that keeps liquid
@@andregodrie9980 thanks man!
Good video
So why is the inner core solid?
Right in the centre of the planet, gravity is super strong. Think about it like this... you've got the weight of the entire planet being pulled towards the middle. That's a lot of pressure.
The pressure is so high, it stops the iron and nickel in the core from melting at the temperature it would do on the surface of Earth. Essentially, it's compressing all that metal into a ball so tightly that it can't melt into a less dense liquid.
So you end up with the liquid layer on the outside where the gravitational pressure is lower so it can melt, then a solid layer inside where the pressure is high enough to stop it from melting.
@@SimpleGeography Let me see if I got it right, so because of the pressure of the weight of the entire planet and because of the extreme force of gravity the atoms are compressed so much that they become their densest form wich is a solid right? (Because liquids are less dense than solids and less dense things have their atoms more separated?)
Thanks for the explanation guys 😊
so is the Pacific Plate considered as Oceanic Crust or Continental Crust ? I am confused....
that is, is Oceanic Plate=Oceanic Crust?????
Whys it solid metal?
Bros the only reason im passing Hass 😪
minecraft is the best explanation.
The minecraft reference 💀
he really said, "you gotta go touch some grass"
NOOOOO, ITHOUGHT THE EARTH WAS A THICK CRUST PIZZAAAAAAAAAA
rule #1: always dig straight down
I am second comment
first comment
I am the forth comment
The he speaks so lovely 🥹💕
uhm niks
who else has a test 💀
i love nigerians