Don't try this at home, Kids.
Don't try this at home, Kids.
Or where their home is
Or where their home is
or was
or was
That's how you wash your cars?
That's how you wash your cars?
Wif preshuh.
Wif preshuh.
Ohpresshun
Ohpresshun
Damn that's insane. Just when you think it can't blow any harder, it gets more intense
Damn that's insane. Just when you think it can't blow any harder, it gets more intense
I want to know how his vehicle wasn't thrown around. Just a lower category of tornada?
I want to know how his vehicle wasn't thrown around. Just a lower category of tornada?
Could be a specially rigged vehicle that you can steer into the path of a ‘nado and anchors itself to the ground. Idk but that is no ordinary windshield.. it was hit with some piece of metal and it sparked. This is definitely some tank storm chasing vehicle.
Could be a specially rigged vehicle that you can steer into the path of a ‘nado and anchors itself to the ground. Idk but that is no ordinary windshield.. it was hit with some piece of metal and it sparked. This is definitely some tank storm chasing vehicle.
They got a good deal on the kill dozer.
They got a good deal on the kill dozer.
It had hydraulic stakes, you can hear them digging into the ground.
It had hydraulic stakes, you can hear them digging into the ground.
He was in a yugo.
He was in a yugo.
upvoted for a Yugo reference.
upvoted for a Yugo reference.
anyone got any ideas as to what that flash was at 2:43? looked like they got whipped with a live power cable. wasnt lightning.
anyone got any ideas as to what that flash was at 2:43? looked like they got whipped with a live power cable. wasnt lightning.
Glass sparks when struck hard enough.
Glass sparks when struck hard enough.
Maybe a piece of metal hitting metal.
Maybe a piece of metal hitting metal.
Bill Paxton did this with a belt and a pipe
Bill Paxton did this with a belt and a pipe
You can see the atmospheric downdraft when the eye passes over them, it looks like a deluge, then the axial flow hits as the airspeed is fastest on the tail end of the twister.
You can see the atmospheric downdraft when the eye passes over them, it looks like a deluge, then the axial flow hits as the airspeed is fastest on the tail end of the twister.
Wut
Wut
He's saying that in the middle of the tornado the wind is blowing straight down like a water fall. Then after that you can see the wind twist sideways like you imagine a tornado spins.
He's saying that in the middle of the tornado the wind is blowing straight down like a water fall. Then after that you can see the wind twist sideways like you imagine a tornado spins.
Oh, not. That's just fucking asinine. Wind at the surface always moves along the surface. Dirt doesn't just absorb downdrafts. The air has to go somewhere, where it goes is parallel to the surface. Our vantage point is at like 4 feet of altitude. A downdraft could exist here, but it would be less than 4 feet diameter, like a ceiling fan blowing down or something. This is a huge tornado and even if there were such a thing as an eye it would be larger than 4 feet. Also, a 4 ft center passing over would be barely perceptible in time. So if there is such a thing as a downdraft center it is certainly too large to perceive from 4 ft. But actually no such center exists. Hurricanes have such a descending center, but the eyewall of a hurricane is a thunderstorm driven by condensation releasing latent heat. It would rise, and the surrounding air sink, even with no rotation. A tornado is just a vortex driven by low pressure. There is condensation, and it is releasing heat, but the center of a tornado also has condensation. There's no reason for a descending center. I mean, it's possible, but then you'd have an eye visible from space since descending air absorbs water vapor as it warms adiabatically. We don't see tornado eyes from space, therefore there is no descending center.
Oh, not. That's just fucking asinine. Wind at the surface always moves along the surface. Dirt doesn't just absorb downdrafts. The air has to go somewhere, where it goes is parallel to the surface. Our vantage point is at like 4 feet of altitude. A downdraft could exist here, but it would be less than 4 feet diameter, like a ceiling fan blowing down or something. This is a huge tornado and even if there were such a thing as an eye it would be larger than 4 feet. Also, a 4 ft center passing over would be barely perceptible in time. So if there is such a thing as a downdraft center it is certainly too large to perceive from 4 ft. But actually no such center exists. Hurricanes have such a descending center, but the eyewall of a hurricane is a thunderstorm driven by condensation releasing latent heat. It would rise, and the surrounding air sink, even with no rotation. A tornado is just a vortex driven by low pressure. There is condensation, and it is releasing heat, but the center of a tornado also has condensation. There's no reason for a descending center. I mean, it's possible, but then you'd have an eye visible from space since descending air absorbs water vapor as it warms adiabatically. We don't see tornado eyes from space, therefore there is no descending center.
English, do you speak it?
English, do you speak it?
I know some of those words.
I know some of those words.
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