It's also worth noting, that a tornado's funnel doesn't have to reach the ground in order to cause significant damage. For example, the tornado that formed on the 7th of June, 2020 in Kaniów (Poland), has been rated as a low-end F2, (it ripped roofs off of at least 8 houses and in total damaged about 20). It's funnel never touched the ground.
@@Shadow-hw3knlmao my dumbass didn't realize it was a typo and I was like "fright" train 👍🏼 sure sounds right, then read your comment and realized my brain went right over the typo.
The sky turns green due to the hail. It doesn't mean a tornado is about to form any second. It's just that there very often is hail during the preceding storm.
1:08 水平渦管が鉛直に立ち上がる時、回転方向の異なる渦の対が出来るけれども、片方が消失するのはなぜですか？ When a horizontal vortex tube rises vertically, a pair of vortices with different directions of rotation is formed, but why does one disappear?
Perhaps it was right to say that an tornado funnel did reach the ground for example A tornado that formed was in the May 12 2014 in Oklahoma City its also worth it to say that
But the thing is that not all supercells produce tornadoes some just produce violent weather like large hail,heavy rain and very strong winds supercells have a funnel cloud and their is something called a mesocyclone which is in a supercell.
Just a personal observation, watching some super cell thunderstorms in the midwest, I always hear that it is rotating horizontal air that gets moved in to a vertical position that creates a tornado. I wondered as I watched supercells that had a very fast vertical speed seemed to always form tornados. Could a fast rising supercell be like a massive vacuum and suck up air that would create a low pressure area and start the rotation in the cloud and move down towards the ground as the vertical speed increased. The slower vertical growing super cells did not seem to create visible thunderstorms, but there could have been tornados in the cloud, just the vertical rise did not create as strong of a vacuum effect like the faster rising storms. Has anyone ever looked at tornado formation being created by a very fast rising storm ?
In essence your mostly correct. Higher updraft speeds are caused by warm moist air at the surface beneath much cooler air aloft. The colder and drier the air the faster warm air will rise. A super cell I'd like a mini low pressure system with the inflow being the warm front, the rear flank downdraft being the cold front. And where they meet and occlude is usually the location of the meso and subsequent tornado. Directional shear, steep lapse rates, and warm and moist air all play a part.
Horizontal tube of air to form . different wind direction . Updraft from warm air can cause horizontal tube of air to go vertical , whole storm starts rotating creating a supercell. funnel cloud reaches ground creating a tornado
First of all their explanation is bs. Their little diagram shows winds from the south at the surface and from the west at 5000 ft causing the air to tumble horizontally. Directional shear is winds veering with height. Which means 850 mb winds should ideally be easterly, and charging more southerly at 700 mb, south westerly at 500 mb and west to northwest at 300 mb. That's what cause rotating supercells, fast moving air in the mid to upper levels increases the speed of the updraft along with steep lapse rates aloft, or cooling of the air as you go up. Once the storm has begun to rotate the rear flank downdraft interacts with the updraft causing it to accelerate and tighten, explained by vorticity stretching. The cold air also causes the condensation funnel to form. The whole meteorological community is flat out wrong if they accept horizontal vortex leads to tornadoes. I've been chasing 20 plus years and have never witnessed a horizontal vortex in the clouds near an updraft.
A mesocyclone is a meso-gamma mesoscale (or storm scale) region of rotation (vortex), typically around 2 to 6 mi (3.2 to 9.7 km) in diameter, most often noticed on radar within thunderstorms. In the northern hemisphere it is usually located in the right rear flank (back edge with respect to direction of movement) of a supercell, or often on the eastern, or leading, flank of a high-precipitationvariety of supercell. The area overlaid by a mesocyclone’s circulation may be several miles (km) wide, but substantially larger than any tornado that may develop within it, and it is within mesocyclones where intense tornadoes form.[ Mesocyclones are medium-scale vortices of rising and converging air that circulate around a vertical axis. They are most often associated with a localregion of low-pressure. Their rotation is (usually) in the same direction as low pressure systems in a given hemisphere: counter-clockwise in the northern, and clockwise in the southern hemisphere, with the only occasional exceptions being the smallest-scale mesocyclones. Meso Anticyclones that rotate in an opposite direction may accompany mesocyclones within a supercell but these tend to be weaker and often more transient than mesocyclones, which can be sustained for tens of minutes or hours, and also cyclically form in succession within a supercell. A mesocyclone is usually a phenomenon that is difficult to observe directly. Visual evidence of rotation - such as curved inflow bands - may suggest the presence of a mesocyclone, but the cylinder of circulating air is often too large to be recognized when viewed from the ground, or may not carry clouds distinct enough from the surrounding calmer air to make the circulating air flow obvious. Mesocyclones are best detected on Doppler weather radar as a rotation signature which meets specific criteria for magnitude, vertical depth, and duration. On U.S. NEXRAD radar displays, they are typically highlighted by a yellow solid circle on the Doppler velocity display; other weather services may have other conventions. Within thunderstormsEdit They are of greatest concern when contained within severe thunderstorms, since mesocyclones often occur together with updrafts in supercells, within which tornadoes may form near the interchange with a downdraft. Mesocyclones are localized, approximately 2 km (1.2 mi) to 10 km (6.2 mi) in diameter within strong thunderstorms.[2] Thunderstorms containing persistent mesocyclones are supercell thunderstorms (although some supercells and even tornadic storms do not produce lightning or thunder and thus are not technically thunderstorms). Doppler weather radar is used to identify mesocyclones. Amesovortex is a similar but typically smaller and weaker rotational feature associated with squall lines.
How did you know this my mum told me a few seconds ago that is that is a tornado gets you you go you go up and up and up and up and up and up and up and up and up and then when you get the tornado throws you onto the ground I really cried of laughter when my mum told me this I cannot even understand that but I was laughing so much
I lost everything i own amd my house this past April. We had no warning. I woke up to the roof flying off and children in the house screaming as my bedroom door smashed open and closed over and over. I am now homeless and hoping i can scrounge up enough to buy pants for the winter.
Cold dry air from Canada and warm moist air from the Gulf of Mexico colliding together makes the center of the country the perfect blend to produce tornadoes.
That was just an animation, not actual video footage. If it was real and the tornado got that close, that house would either be gone or would at least have its roof ripped off.
Always funny when game companies derived their names from already existing words/terms just not in the normal usage. Fortnite is also from Fortnight (2 weeks)
@@antdx316 Only if you are in a flood-prone area near creeks or rivers mostly. Otherwise, find a basement, ditch, ravine, bomb shelter, some low-lying area, these types of places are remarkably common for exactly this reason. Even the most far-fetched scenario in the movie Twister, hanging suspended in a water well would actually work.
That’s really close for humans Hot air at ground level is the hottest dense air it rises like an escalator. It would carry on but the air mass in front is too much and turns it around , high pressure at the top of the escalator grabs it again , the circle is now complete. It starts spinnning in a circle . The hot air condensed and fuses and becomes visible ( storm cell) The cold wet air now spins faster turning to ice . The ice particles collide causing static electricity. (supercell) If you add electric to hot it gets hotter , if you add electric to cold it gets colder , Heavyweight ice is now spinning high up . Due to molecular connectivity it spins the air mass below , but air is fiscous, so there is a delayed reaction so the storm is spinning Miles ahead of the lower air , when the lower air starts to spin it has alot of catching up to do, making it spin much more violently than high up. The tornado takes the air from ground level and uses it to disperse the kinetic energy by attaching protons , this switches off the air conditioning and the ice , eventually the storm ends and there’s no superheated air left at ground level . This stops the earth from dying of heat exposure, of course it also wipes out maybury avenue
Have you considered the idea of seeing a therapist for your fear? It seems to me that you have a condition called Lilapsophobia. By definition; Lilapsophobia is a fear of tornadoes. I learned of Lilapsophobia through the story of a woman named Karin Herrmann. Karin lives in Miami, Oklahoma and developed Lilapsophobia as a result of the EF5 tornado that hit Joplin, Missouri on May 22nd, 2011. After close to a year of therapy; Karin conquered her fear and established a page on Facebook to help people who suffer from Lilapsophobia know that they are not alone and with the combination of therapy and having a support system they can conquer their fear and learn how to not be afraid of the weather.
Me up at 2:37 am
My brain: I wonder what causes a tornado
Lol
😂😂😂❤
like exactly dude i have finals tomorrow but here i am sitting being curious about anything but the exam
Lol, I'm watching this video at 02:58 am 😂
Lolol
Finally some animation that explains updraft well.
ur a republican
Too bad they don't tell you about the electrical property.
It's also worth noting, that a tornado's funnel doesn't have to reach the ground in order to cause significant damage. For example, the tornado that formed on the 7th of June, 2020 in Kaniów (Poland), has been rated as a low-end F2, (it ripped roofs off of at least 8 houses and in total damaged about 20). It's funnel never touched the ground.
Wow I never knew that 😂
Some tornadoes don't even have a funnel!
@@ozone8897 exactly.
A more recent and strong example is the Andover, KS EF3, at peak intensity the funnel wasn't touching the ground.
@@tjelol Yes it was
Some ways to know if a tornado is coming
1. Dark Green Sky
2. Large hail
3. Loud roar that sound like a fright train
The green sky myth is from hail, not a tornado. Hail also does not indicate a tornado, just a strong thunderstorm.
freight*
@@Shadow-hw3knlmao my dumbass didn't realize it was a typo and I was like "fright" train 👍🏼 sure sounds right, then read your comment and realized my brain went right over the typo.
you are confusing a cyclone for a tornado here
The sky turns green due to the hail. It doesn't mean a tornado is about to form any second. It's just that there very often is hail during the preceding storm.
1:08 水平渦管が鉛直に立ち上がる時、回転方向の異なる渦の対が出来るけれども、片方が消失するのはなぜですか？
When a horizontal vortex tube rises vertically, a pair of vortices with different directions of rotation is formed, but why does one disappear?
Bernoulli's principle, difference in the air pressure in between. I think...
Great video. First one I've found that explains the relationship between how the rotation starts and how it heads towards the ground.
Why did I feel like I was at school 😂😂
Because i must whatch this f*King Video in the F@cking SCHOOL
It deadass felt like a video they show you at school ☠️
@@malweij iqj
I will Fucking also watch this fucking video in my fucking SCH00L!!
Why did you watch?
I’m sitting in a shelter while watching this.
What is the safety place for tornado though?
Learned something new!! Was seeing a short related to it and had to find what is the cost of it!!
Commented on 2 Dec 2023, 5;48 AM
On 1:23 I see tornado forming
Omg there was a tornado in texas Houston last year i was sleeping 0:28
Thanks so much so we know about the tornado
what a beautiful guitar in behind
Can seed clouds cause this as well.
Was that supercell by Lubbock? I remember that. Picture went viral. I also took some. Scary stuff.
so when convection happens tornado happens?
Gonna wait for one here in Southern California 😬
Noaa can you upload your video again please i Miss your video
Perhaps it was right to say that an tornado funnel did reach the ground for example
A tornado that formed was in the May 12 2014 in Oklahoma City its also worth it to say that
I love your video
❤❤
Thank you for crediting the music on the bottom of the description
……okay???
@@BateMasterJeff9887 ? It had nice music that I liked, and if it didnt credit it then I wouldnt have been able to find out what it was.
@@demapples6580I didn't even pay attention to it. What/who was it?
This was great thanks I needed it :)
hey are you the one that made the weather radio?
1:48 wow it didn't even destroy the house
Thanks
Its so easy to understand. Tha k you so much
this was great, thanks!
How to understand how tornadoes form easier..... Warm air+cold air+rain+ wind=tornado and make sure the wind is strong
But the thing is that not all supercells produce tornadoes some just produce violent weather like large hail,heavy rain and very strong winds supercells have a funnel cloud and their is something called a mesocyclone which is in a supercell.
Just a personal observation, watching some super cell thunderstorms in the midwest, I always hear that it is rotating horizontal air that gets moved in to a vertical position that creates a tornado. I wondered as I watched supercells that had a very fast vertical speed seemed to always form tornados. Could a fast rising supercell be like a massive vacuum and suck up air that would create a low pressure area and start the rotation in the cloud and move down towards the ground as the vertical speed increased. The slower vertical growing super cells did not seem to create visible thunderstorms, but there could have been tornados in the cloud, just the vertical rise did not create as strong of a vacuum effect like the faster rising storms. Has anyone ever looked at tornado formation being created by a very fast rising storm ?
In essence your mostly correct. Higher updraft speeds are caused by warm moist air at the surface beneath much cooler air aloft. The colder and drier the air the faster warm air will rise. A super cell I'd like a mini low pressure system with the inflow being the warm front, the rear flank downdraft being the cold front. And where they meet and occlude is usually the location of the meso and subsequent tornado. Directional shear, steep lapse rates, and warm and moist air all play a part.
@Kelly Aubin I have no idea what you just said but sounds right lol
😮😮😮😮😮😮😮😮😮😮😮
Watching this after the devastating news in Kentucky and other states 🙏🏻
That turned can be dangerous.A pick up you.And you go and everyone thinks it's gonna fly away and then , when the tornadoes over he put a friend down
what causes tornado?
a person using my name
Take away the rotating horizontal tubes & your pretty accurate
is that inaccurate? Why?
Horizontal tube of air to form . different wind direction . Updraft from warm air can cause horizontal tube of air to go vertical , whole storm starts rotating creating a supercell. funnel cloud reaches ground creating a tornado
First of all their explanation is bs. Their little diagram shows winds from the south at the surface and from the west at 5000 ft causing the air to tumble horizontally. Directional shear is winds veering with height. Which means 850 mb winds should ideally be easterly, and charging more southerly at 700 mb, south westerly at 500 mb and west to northwest at 300 mb. That's what cause rotating supercells, fast moving air in the mid to upper levels increases the speed of the updraft along with steep lapse rates aloft, or cooling of the air as you go up. Once the storm has begun to rotate the rear flank downdraft interacts with the updraft causing it to accelerate and tighten, explained by vorticity stretching. The cold air also causes the condensation funnel to form. The whole meteorological community is flat out wrong if they accept horizontal vortex leads to tornadoes. I've been chasing 20 plus years and have never witnessed a horizontal vortex in the clouds near an updraft.
@@kaubin31Thank you. Finally someone else gets it.
But not all supercells produce tornadoes some do and some don’t supercells bring violent weather like hail and damaging winds because of the rotation
I love tornadoes but I live in a state were you don’t get that many tornadoes like non 🌪️
In Utah Murray😢😢😢
Well I'd like to think that's a good thing.
A mesocyclone is a meso-gamma mesoscale (or storm scale) region of rotation (vortex), typically around 2 to 6 mi (3.2 to 9.7 km) in diameter, most often noticed on radar within thunderstorms. In the northern hemisphere it is usually located in the right rear flank (back edge with respect to direction of movement) of a supercell, or often on the eastern, or leading, flank of a high-precipitationvariety of supercell. The area overlaid by a mesocyclone’s circulation may be several miles (km) wide, but substantially larger than any tornado that may develop within it, and it is within mesocyclones where intense tornadoes form.[ Mesocyclones are medium-scale vortices of rising and converging air that circulate around a vertical axis. They are most often associated with a localregion of low-pressure. Their rotation is (usually) in the same direction as low pressure systems in a given hemisphere: counter-clockwise in the northern, and clockwise in the southern hemisphere, with the only occasional exceptions being the smallest-scale mesocyclones. Meso Anticyclones that rotate in an opposite direction may accompany mesocyclones within a supercell but these tend to be weaker and often more transient than mesocyclones, which can be sustained for tens of minutes or hours, and also cyclically form in succession within a supercell.
A mesocyclone is usually a phenomenon that is difficult to observe directly. Visual evidence of rotation - such as curved inflow bands - may suggest the presence of a mesocyclone, but the cylinder of circulating air is often too large to be recognized when viewed from the ground, or may not carry clouds distinct enough from the surrounding calmer air to make the circulating air flow obvious. Mesocyclones are best detected on Doppler weather radar as a rotation signature which meets specific criteria for magnitude, vertical depth, and duration. On U.S. NEXRAD radar displays, they are typically highlighted by a yellow solid circle on the Doppler velocity display; other weather services may have other conventions.
Within thunderstormsEdit
They are of greatest concern when contained within severe thunderstorms, since mesocyclones often occur together with updrafts in supercells, within which tornadoes may form near the interchange with a downdraft.
Mesocyclones are localized, approximately 2 km (1.2 mi) to 10 km (6.2 mi) in diameter within strong thunderstorms.[2] Thunderstorms containing persistent mesocyclones are supercell thunderstorms (although some supercells and even tornadic storms do not produce lightning or thunder and thus are not technically thunderstorms). Doppler weather radar is used to identify mesocyclones. Amesovortex is a similar but typically smaller and weaker rotational feature associated with squall lines.
Bro wrote an entire essay and got single digit likes
nerd‼️
I think it is funny how he wrote an entire essay
Copied and pasted
Is the supercell rotating at the same speed as a tornado
🌪️🌪️🌪️🌪️🌊🌊🌊🌪️🌪️🌪️🌪️I love the video
one time i get up at mednight i saw a tarnado come up our city but he get up phone and subscribe NOAA scijinks video 😅😅🤣🤣🤣😂🤣😹😹
supercell heading at school and forms a tornado💀
i believe when a cumulonimbus cloud meets the airstream the potential for tornadoes is much higher..🌪
airstream is 5-9 miles above the ground.. 26400-47520 feet.. and cumulonimbus clouds reach heights of 60,000 feet..
hurricanes occur in a similar way.. it requires a very large body of water tho..
Robert
511
How did you know this my mum told me a few seconds ago that is that is a tornado gets you you go you go up and up and up and up and up and up and up and up and up and then when you get the tornado throws you onto the ground I really cried of laughter when my mum told me this I cannot even understand that but I was laughing so much
Who else is watching this at 2am? Lol
o my word so dangerous
Yea news happened in Thailand water spout or water tornado but seen in beach
I Love the field
Anyone else here after the montebello tornados?
But it's also noted that tornadoes are weak and they only last for 2 or 3 minutes
I need this for my English research report 😅
😊😅😮😅😮😮😅How does a tornado form but we need a exclamation how to survive and how to survive tornado
I lost everything i own amd my house this past April. We had no warning. I woke up to the roof flying off and children in the house screaming as my bedroom door smashed open and closed over and over. I am now homeless and hoping i can scrounge up enough to buy pants for the winter.
It feels like I'm in geography class something like that right?
Tornadoes go updrafts and a phone cloud they high winds they pick up cars and stuff like that
a tornado rotates cooling the air (this is a source of energy)
I wish I was inside or felt how it was to be near a tornado
do you really?
@@themorenajay yes
Then come to texas
Just air hitting your face, try skydiving, im sure the feeling will be similar
Then come to nebraska
It's strange how tornadoes hit North America more than any place on the globe..............why??
Geography
The Rockies.
Because warm wet air and cool dry air mostly comes there
Harp
Cold dry air from Canada and warm moist air from the Gulf of Mexico colliding together makes the center of the country the perfect blend to produce tornadoes.
Nice 👌👌
And where'd you get that speech from please😊
Tornados are in america
1:45 That's a stong built house 🤣
That was just an animation, not actual video footage. If it was real and the tornado got that close, that house would either be gone or would at least have its roof ripped off.
@@pauldavis5665 I was joking, I doubt anyone would believe that was actual footage.
@@dwizzle810 Oh, I thought that you thought it was actual video footage.
Stay Safe God Bless
I live in usa
So That’s How Supercell created their games
New update to to this information the government also creates tornadoes
Always funny when game companies derived their names from already existing words/terms just not in the normal usage. Fortnite is also from Fortnight (2 weeks)
A word windshear kinda reminds the name for heathers razorwhip from httyd
tornado. it is scary. 😢
Tornadoes are my favorite
🤔😮😯😲 Tornado
Thanks that helped me a lot now I am the smartest in mu class about this topic
Supercells and if sky looks green tinted and clouds look bubble 💬💭💬💭💬 updrafts.
Willam Cohen on Weather Warfare Dig Deep
Weren’t the astronauts onboard the fatal last flight of the Columbia space shuttle studying wind shear? 🌬💘 rip yall
YOOOO WTF IS THAT ATOMIC BOMB IT LOOKS LIKEA BOMB MAAAN
I must which this whit
Точно
But what do you do if the tornado is headed to you in a matter of seconds with no means to "bomb shelter"? It's probably better to not know imo.
You would ethier go to a basement if you have one or if you don't have a basement then good luck xd.
@@hananhussein5627 but if there is a flood then having a basement is bad
@@antdx316 It depends
@@antdx316 Only if you are in a flood-prone area near creeks or rivers mostly. Otherwise, find a basement, ditch, ravine, bomb shelter, some low-lying area, these types of places are remarkably common for exactly this reason. Even the most far-fetched scenario in the movie Twister, hanging suspended in a water well would actually work.
@@davich_ yeah but the debris could kill
That’s really close for humans
Hot air at ground level is the hottest dense air it rises like an escalator. It would carry on but the air mass in front is too much and turns it around , high pressure at the top of the escalator grabs it again , the circle is now complete.
It starts spinnning in a circle .
The hot air condensed and fuses and becomes visible ( storm cell)
The cold wet air now spins faster turning to ice . The ice particles collide causing static electricity.
(supercell)
If you add electric to hot it gets hotter , if you add electric to cold it gets colder ,
Heavyweight ice is now spinning high up . Due to molecular connectivity it spins the air mass below , but air is fiscous, so there is a delayed reaction so the storm is spinning Miles ahead of the lower air , when the lower air starts to spin it has alot of catching up to do, making it spin much more violently than high up.
The tornado takes the air from ground level and uses it to disperse the kinetic energy by attaching protons , this switches off the air conditioning and the ice , eventually the storm ends and there’s no superheated air left at ground level . This stops the earth from dying of heat exposure, of course it also wipes out maybury avenue
Man it sounds like a super cell storm clouds WITH ALL THE SMOKE
😊
Tornado warning
i was spining my mouse like a tornado
🎉
Put on dirtbike jumping on
x
Important thanks
It's worst my son is died for this
Tornado warning Killed people
How so?
I was really scared of tornadoes actually I am really scared of tornadoes because they can spin me around even breaking my spine
Yep
Have you considered the idea of seeing a therapist for your fear? It seems to me that you have a condition called Lilapsophobia. By definition; Lilapsophobia is a fear of tornadoes. I learned of Lilapsophobia through the story of a woman named Karin Herrmann. Karin lives in Miami, Oklahoma and developed Lilapsophobia as a result of the EF5 tornado that hit Joplin, Missouri on May 22nd, 2011. After close to a year of therapy; Karin conquered her fear and established a page on Facebook to help people who suffer from Lilapsophobia know that they are not alone and with the combination of therapy and having a support system they can conquer their fear and learn how to not be afraid of the weather.
They wont literally twist your body but they will kill you in different ways, either from falling or being impaled/struck with debris
😂😂😂😂😂😅😅😅
My brain is dumb
Ok
Shabooya Sha sha
Sorry, but you still didn’t explain the genesis of the development itself….
Did you even watch the video?
Wind Shear?
Tubes?
You don't remember any of that?
anyone else doing this for a school project
Cool
Man I’m dead
cool
Excuse me, what's your name