It is hard to follow because he did not get into the explanation of how heat is released during condensation. He skipped over that because that is a subject all its own. That is key. You have to google the "latent heat of evaporation/condensation". Fascinating stuff.
Wow this is so cool! Awesome explanation and graphics too. Best most in depth and logical explanation about thunderstorms out there. Also really like hearing about the variations and some stuff I didn’t even know about like tilted clouds and thunderstorms forming their own squall lines. Subscribed! Can’t wait to see more
Thank you, its starting to make more sense to me. I keep having the coriolis effect come to my mind in trying to understand how a tornado forms on the edge in a thunder storm.
This could be very useful for meteorology instruction for private pilot's license ground school training. Far less dry than the Air Command weather manual.
It actually separates the updraft and downdraft enough to make the storm last longer otherwise the downdraft would cancel out the updraft and that would kill the THUNDERSTORM completely
Air becomes cold when its particles lose kinetic energy. Particles with low kinetic energy group together more tightly, leaving less room for water molecules.
It's Because Hot temperature make all the molecules Triggered so it reacts onto rapid moves, that the warm water turns into Gas and form in the skies. just like a boiling water in pot.
And it's actually came back into the liquid form when the warm air that form in the skies come higher in the atmosphere, because cold temperature is so heavy and fall down into ground and turns in rain
A cap happens when enough convective inhibition values, or CINHs (a thunderstorm parameter value that mitigates thunderstorms or stops the processes of thunderstorms all together) overtake and creates higher values than the CAPEs (values of positive convective available potential energy), which in turn, keeps a lid on thunderstorm development. So for example, if the MUCAPE (most unstable convective available potential energy - usually in the elevated later) is 2,000 j/kg, but the upper layer has a EML (elevated mixed layer) with CINHs of -5000 j/kg, thunderstorms will not form at all even with the moderate instability. But under the right conditions, say the MUCAPE increases to 6,000 J/kg and the EML has CINHs going down to -1,000 j/kg, the CAPE values will win out, and the cap erodes quickly and will break quickly, causing severe thunderstorms to explosively form to mature stage as fast as 10 to 20 minutes.
I want to harness the power of a thunderstorm. I'm curious why no one has created one inside of a giant building. It seems pretty simple. If this guy can explain it in a video, then we should be able to control a storm and contain it in a special building that can use the high winds to generate electricity.
@MerkhVision Elaborate a little more dude, why is it a dumb idea? Is that just your little opinion, or is it really a dumb idea? Your comment just seems like an ignorant response to a serious question. You could have said "funding" or "lack of resources" but you stuck by " It's a dumb idea"
Surely you aware of the reason for it as Thunderstorm Clouds are huge(up to 50,000 even 60,000 Feet high in the sky and this gives loads of room for huge amounts of rain and even hailstones to form and it can lead to intense flooding if it persists for up to an hour or longer) A Thunderstorm will eventually fizzle out once the Updraft weakens and fizzles out the Downdraft will take over and then the rain will fall until there is none remaining inside the cloud and once all the rain is gone the Thunderstorm will collapse entirely
Need to slow down when ur trying to explain thunderstorm development, very hard to keep up and follow.a longer video with more information about them wouldn't hurt either.
I'm from the year - 063 come back via electrical transferable consciousness so that I may warn all who read this that cataclysmic storm will set off a chain of events that humanity isn't ready for. We have little hope, and even less coffee. Please learn to make resilient coffee. The future is counting on you.
![Blox Fruits Dragon Rework Update [Full Stream]](http://i.ytimg.com/vi/EqDAp8udhm0/mqdefault.jpg)
Was anyone else watching this during a thunderstorm??? Is this just me?? Like if you did
Chloe Spencer I’m watching this while thunderstorm.
Chloe Spencer me
Yes right now
Nah, I’m watching this when it’s raining
lol meee
My teacher sent me this thru Google classroom, that's the only reason I'm here
bro you learning about this stuff in school? damn. wish my school was cool lmao. fortunately i learned a lot of weather stuff already but still.
Teague Wessel same lol
Saaaaaame I just got sent here by my teacher
ahaha sameee
Same
Is it just me or it’s hard to follow... maybe too much information , too quick . Thanks for info though . ☺️🌬
It is hard to follow because he did not get into the explanation of how heat is released during condensation. He skipped over that because that is a subject all its own. That is key. You have to google the "latent heat of evaporation/condensation". Fascinating stuff.
I'm more confused than a homeless man on house arrest
@@kyroneflash3488 stfu
@@kyroneflash3488 stfu
Loll
Wow this is so cool! Awesome explanation and graphics too. Best most in depth and logical explanation about thunderstorms out there. Also really like hearing about the variations and some stuff I didn’t even know about like tilted clouds and thunderstorms forming their own squall lines. Subscribed! Can’t wait to see more
Anyone here in 2024? Like if yes
great explaination sir👍🇵🇭⭐️⭐️⭐️⭐️⭐️
I love thunderstorms ♥️
2:27 ok that's awesome ⛈️⛈️⛈️
Thank you so much
*great visuals and explanation, thank you!*
It was raining earlier and I think a piece of hail stabbed me in the neck 😂
This was informative, much appreciated.
Great explanation!
Thank you.
1:28 I did not expect lighting from this part
I searched this cause theres a thunderstorm tommorow and theres been lots of thunder ;-;
Great information, better than school
finally I understand capped inversion, thanks 🙏
My new science teacher so cool
Thanks 😊 I liked your post
this has answered a lot of my curiosity of why storms suddenly fizzle out. radar won't show you that kind of stuff.
THANKS and Make a video about a solar storm
Interesting.
I’m here Bc it’s thundering
Who else gets scared of thunderstorms at night 😬😳
I adore it!
Puss
Don't be a wuss
Thank you, its starting to make more sense to me. I keep having the coriolis effect come to my mind in trying to understand how a tornado forms on the edge in a thunder storm.
This could be very useful for meteorology instruction for private pilot's license ground school training. Far less dry than the Air Command weather manual.
Very true! That's why I'm actually here 😁
Nice explanation 👌
,,When cloud getting tilted, storm coming out” :D
It actually separates the updraft and downdraft enough to make the storm last longer otherwise the downdraft would cancel out the updraft and that would kill the THUNDERSTORM completely
why does warmer air have more water vapor again?
warmer air has lots of room to hold water, unlike cold air
Air becomes cold when its particles lose kinetic energy. Particles with low kinetic energy group together more tightly, leaving less room for water molecules.
It's Because Hot temperature make all the molecules Triggered so it reacts onto rapid moves, that the warm water turns into Gas and form in the skies. just like a boiling water in pot.
And it's actually came back into the liquid form when the warm air that form in the skies come higher in the atmosphere, because cold temperature is so heavy and fall down into ground and turns in rain
@@joshuaarmijo5213 you meant cold air no such thing as cold temperature
Thank you for the incredibly efficient and thorough explanation of thunderstorms. I learned a lot very quickly
A cap happens when enough convective inhibition values, or CINHs (a thunderstorm parameter value that mitigates thunderstorms or stops the processes of thunderstorms all together) overtake and creates higher values than the CAPEs (values of positive convective available potential energy), which in turn, keeps a lid on thunderstorm development.
So for example, if the MUCAPE (most unstable convective available potential energy - usually in the elevated later) is 2,000 j/kg, but the upper layer has a EML (elevated mixed layer) with CINHs of -5000 j/kg, thunderstorms will not form at all even with the moderate instability. But under the right conditions, say the MUCAPE increases to 6,000 J/kg and the EML has CINHs going down to -1,000 j/kg, the CAPE values will win out, and the cap erodes quickly and will break quickly, causing severe thunderstorms to explosively form to mature stage as fast as 10 to 20 minutes.
It’s happing right now in McAlester OK and I’m nervous 😟
All I understood is clouds, clouds, clouds.
*Simple Answer: The Government*
lol
What? No, wtf?
POV: your watching this to go super saiyan
Congrats you have 100 Comments😮
My kinda of teaching video great visual make lot easier to understand always fascinated with weather and the mechanics of it
It’s kinda scary bc I am going to have a thunderstorm that is little today
1:42
I'm watching this cuz I want to design a weather system in the video game I'm designing. This stuff is a bit more complicated than I expected.
I'm in a thunder storm right now😢😢😢
I want to harness the power of a thunderstorm. I'm curious why no one has created one inside of a giant building. It seems pretty simple. If this guy can explain it in a video, then we should be able to control a storm and contain it in a special building that can use the high winds to generate electricity.
No one has done it because it’s a dumb idea lmao
@MerkhVision Elaborate a little more dude, why is it a dumb idea? Is that just your little opinion, or is it really a dumb idea? Your comment just seems like an ignorant response to a serious question. You could have said "funding" or "lack of resources" but you stuck by " It's a dumb idea"
We can't find S2E2
ruclips.net/video/9K-v-RJ-z2A/видео.html your welcome
Add subtitles pls
Bruh just go to settings
Why do thunderstorms produce more rain then regular rain?
Surely you aware of the reason for it as Thunderstorm Clouds are huge(up to 50,000 even 60,000 Feet high in the sky and this gives loads of room for huge amounts of rain and even hailstones to form and it can lead to intense flooding if it persists for up to an hour or longer)
A Thunderstorm will eventually fizzle out once the Updraft weakens and fizzles out the Downdraft will take over and then the rain will fall until there is none remaining inside the cloud and once all the rain is gone the Thunderstorm will collapse entirely
2:10
They sell Audis in Sudbury?
Just watching because my teacher told me too
I made a massive storm by boiling a puddle of water with throwing a heap of firewood into it
Don’t mind me just watching
How do they get darker
The more moisture they hold the darker they get.
Thunderstorms brings these:🌪💨🌬💧⛈ etc
Need to slow down when ur trying to explain thunderstorm development, very hard to keep up and follow.a longer video with more information about them wouldn't hurt either.
Do stop moaning it's very easy to understand
DONT EVER SAY TORNADOS ANYMORE IM SCARED OF TORNADOES
Tornadoes. Lol jk. If you been through a tornado before, I'm sorry.
I'm from the year - 063 come back via electrical transferable consciousness so that I may warn all who read this that cataclysmic storm will set off a chain of events that humanity isn't ready for.
We have little hope, and even less coffee. Please learn to make resilient coffee. The future is counting on you.
I am scared of thunderstorms
A lot of people are and NO ONE SHOULD BE PRAYING FOR IT
*EVER*
I want lightning dummy
You dumbass,there is a seperate Video about that as this Video mentions
Rodriguez Susan Moore William White Edward
Excellent 🖕
Hi Angela! You can watch "S2E2: How does lightning work?" here: ruclips.net/video/9K-v-RJ-z2A/видео.html
This was informative,much appreciated