I found the series to be remarkably educative and engaging. It could be fascinating to see more about the severe weather representations, how they form and why they behave in specific ways; such as the supercell thunderstorms (rotating thunderstorms) and how tornadoes develop. Moreso about the way the whole tornadic system works, what makes one supercell more favourable to generate tornadoes than others. What are wind shears, updrafts, RFD, FFD, why does mammatus clouds form in such conditions and what are the flanking lines? Also, it would be great to familiarize with the radar features of a supercell, and all the sorts of supercells there can be.
I experienced a hailstorm today shortly before I needed to leave on a trip to the doctor's office. it lasted about thirty seconds, and the hailstones were apout the width of nickels, pennies, and dimes, and there were even a few that were the size of golf balls. I will not forget that experience anytime soon
Maybe someone can explain this to me, but this video is suggesting that the smaller hailstones reach a much lower terminal velocity than larger hailstones. Everything falls at the exact same gravitational acceleration, the only difference in a terminal speed is the balance of forces. Gravity and drag. When drag equals gravity the hailstone will stop accelerating. The larger hailstones will certainly have a higher drag (due to larger volume) and thus SHOULD have a lower terminal velocity. Please correct me if I’m wrong
Mass is the answer to your question. The mass of the larger hailstone, makes it fall faster. The terminal velocity formula, v = the square root of ((2*m*g)/(ρ*A*C)). m = mass of the falling object g = the acceleration due to gravity. On Earth this is approximately 9.8 meters per second. ρ = the density of the fluid the object is falling through. A = the projected area of the object. This means the area of the object if you projected it onto a plane that was perpendicular to the direction the object is moving. C = the drag coefficient. This number depends on the shape of the object. The more streamlined the shape, the lower the coefficient. You can look up some approximate drag coefficients
Just had a hail storm hit my house. First everything turned pinkish reddish color and then all sudden it started to hail. Ice was falling like crazy. Mostly size of marbles
That's not possible All thunderstorms have to have thunder and lightning as the lightning actually causes the thunder by causing the air to very quickly expand and contract back together again(the faster the air slams together the louder the thunder will be)
Snow pellets seem to be better at producing negative charge in the cloud compared to hard hail. Because the charge regions are different ( less negative charge in the middle region ) there is more lightning high in the cloud but less frequent lightning hitting the ground, at least right where the hail is falling. You also don’t hear as much thunder because the hail makes a lot of noise. My own experience is that hail storms produce positive charged strikes, but they usually occur in the clear region several miles away from the location where the hail is hitting the ground. This is often the case with rotating hailstorms at least.
If an updraft is strong enough to create hail it is more than strong enough to create lighting. The location of the lightning is different in a hail storm compared to an ordinary thunderstorm because the charge regions are often different. There is always lightning somewhere in the cloud though.
I bought the ring for Megan for the wedding hail come down in numbers rocks the size of 50cent piece what do you call a diamond you know Jeff had to go on the roof for 3 that whent through it (code) c
Types of all hail:
Hail 1 inch in diameter
Quarter sized hail
Golf ball sized hail
Ping pong ball sized hail
Baseball sized hail
Pea sized hail
Penny sized hail
more.
It hurts!
thank you for using cm and km for the explanation
ikr very good
NoOO. .he should use "miles" and "feet".
I found the series to be remarkably educative and engaging. It could be fascinating to see more about the severe weather representations, how they form and why they behave in specific ways; such as the supercell thunderstorms (rotating thunderstorms) and how tornadoes develop. Moreso about the way the whole tornadic system works, what makes one supercell more favourable to generate tornadoes than others. What are wind shears, updrafts, RFD, FFD, why does mammatus clouds form in such conditions and what are the flanking lines? Also, it would be great to familiarize with the radar features of a supercell, and all the sorts of supercells there can be.
The only time anyone would look this up, is when hail is actually falling down.
That is me right now
That's false a person can watch this video at any time
Me 🙋♀️
It happened in our country too, and I'm telling you, that's why I searched for this
I'm actually watching it for a school project, haven't had hail in months
nice explanation
I agree
Itisvrry. Nice
2 nights ago we had a hail storm but those things were massive this big👌
very helpful and informative
THANKS I JUST LEARNED SOMETHING NEW UR SO SMART!
omg, dude. "as we all become a bit more weatherwise" is like, the coolest tag line. Also, I had no idea weather could be so interesting!
I learned alot, ran into huge hail stones in Alberta 2 weeks ago
I experienced a hailstorm today shortly before I needed to leave on a trip to the doctor's office. it lasted about thirty seconds, and the hailstones were apout the width of nickels, pennies, and dimes, and there were even a few that were the size of golf balls. I will not forget that experience anytime soon
When will the tornado video be uploaded?
IDK IDK IDK IDK IDK IDK IDK IDK IDK IDK IDK IDK IDK IDK IDK IDK IDK IDK IDK IDK IDK IDK IDK IDK IDK IDK
what do they fire the clouds with to prevent hail? kind of silver ion?
Silver Iodide
@@cirrocumulus1948 don't be so daft
Thank you for the explanation
ITS CRAZY HOW IT FORMS WOW
Thanks for the explanation, am fully aware
Cool, a huge hail storm just hit North Chicago IL, but it only lasted like 5 minutes.
Your explanation is very innovative and creative...great but not for air plane
Thanks
not me watching this during a hail storm
Hard to imagine an up draft strong enough to blow the golf and tennis ball sized hail back up to grow larger.
Well it's very possible
Wow that's awesome
Can you enable subtitles please on your videos?
Watched right after a hail storm lol
so cool
This video is an example of how educational videos should not be made.
Don't be such an IDIOT
When can hail occur? Where? Pls reply ❤🙇🙇
It can occur in Summer mostly but is rare in colder months it is most common in the warmer months
My parents and me and family members and brothers always sees hail and every time there’s hail there is a LOT in my doorways
Maybe someone can explain this to me, but this video is suggesting that the smaller hailstones reach a much lower terminal velocity than larger hailstones. Everything falls at the exact same gravitational acceleration, the only difference in a terminal speed is the balance of forces. Gravity and drag. When drag equals gravity the hailstone will stop accelerating. The larger hailstones will certainly have a higher drag (due to larger volume) and thus SHOULD have a lower terminal velocity. Please correct me if I’m wrong
Mass is the answer to your question. The mass of the larger hailstone, makes it fall faster.
The terminal velocity formula, v = the square root of ((2*m*g)/(ρ*A*C)).
m = mass of the falling object
g = the acceleration due to gravity. On Earth this is approximately 9.8 meters per second.
ρ = the density of the fluid the object is falling through.
A = the projected area of the object. This means the area of the object if you projected it onto a plane that was perpendicular to the direction the object is moving.
C = the drag coefficient. This number depends on the shape of the object. The more streamlined the shape, the lower the coefficient. You can look up some approximate drag coefficients
It’s due to gravitational potential energy, which involves mass.
Just had a hail storm hit my house. First everything turned pinkish reddish color and then all sudden it started to hail. Ice was falling like crazy. Mostly size of marbles
What if there's hail but no thunder or lightening ?
That's not possible
All thunderstorms have to have thunder and lightning as the lightning actually causes the thunder by causing the air to very quickly expand and contract back together again(the faster the air slams together the louder the thunder will be)
@john woodham no it's always hailstones that I notice
You have to have lightning ⚡ to get thunder
Snow pellets seem to be better at producing negative charge in the cloud compared to hard hail. Because the charge regions are different ( less negative charge in the middle region ) there is more lightning high in the cloud but less frequent lightning hitting the ground, at least right where the hail is falling. You also don’t hear as much thunder because the hail makes a lot of noise. My own experience is that hail storms produce positive charged strikes, but they usually occur in the clear region several miles away from the location where the hail is hitting the ground. This is often the case with rotating hailstorms at least.
If an updraft is strong enough to create hail it is more than strong enough to create lighting. The location of the lightning is different in a hail storm compared to an ordinary thunderstorm because the charge regions are often different. There is always lightning somewhere in the cloud though.
Love it 😍 it’s money for me
This is going to sound dumb, but imagine being in the clous whole hail is forming, i would imagine it being a trippy experience.
yesterday hail came and there was a thunderstrorm
bloody hail
Ironman's icing problem makes more sense now if he was in a storm cloud
I saw these stones in Odisha but that time I am small so.i thought ice cubes and ate it😜😅
Insurance companies disliked this video
Ask the dalas scientists. In 1982 in texas had hail as big as baseball size
Interesting
niceeee!
Bill this is for you
COOL
Watching 1 week after my car was damaged from a hail storm and more hail is predicted today
I must be out of my mind. When it is hailing outside
❤❤❤❤❤❤❤
Wonder idea, does human save these hail form for Snow fights?
REAL FACT:Hail Storms Are Big Or Small
I want my answers from you bill
What is hail
Just like onions, they have layers.
2 days ago (13-June-2020) , we had Gold-ball sized hail, DESTROYING Cars and buildings , very sad..
So hail are like shrek?
No it is not now stop being silly
@@stephensnell5707 hail has layers much like onions, and so its only logical to say hail are like ogres as such shrek.
sail
Info
My cousin said that hail can destroy glasses even the small ones can destroy the BIG ONES
Big glasses yeah
We are told by the government the worst is CO2 😂
Hail is just sky popcorn
Except normal popcorn is not frozen so popcorn is NOTHING LIKE HAILSTONES FALLING FROM THE CLOUDS
@@stephensnell1379 geez man it’s a joke
Yep until it falls on your head in large quantity
@@user-px3dd2rm1x ouch 💀
@@LeprechaunJackson that hurts
Now imagine yourself in a popcorn rain
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Instead of teaching, he is mostly reading from a script.
Gosh
Oum
Are you indian
I not comeing back ror part 4
Ohh spap
What the hell😂😂😂
Seok jin Kim namjoon park JIMIN Kim TAEHYUNG jeon jungkook min yoongi and then j ho ho hopeeeeee
I bought the ring for Megan for the wedding hail come down in numbers rocks the size of 50cent piece what do you call a diamond you know Jeff had to go on the roof for 3 that whent through it (code) c
Why are they useing the metric system speak American please