heaviest hurricane was 345 km/h. it would literally let you fly to hell if u were outside

[_MVP_]

Hurricane Patricia - Wikipedia

en.wikipedia.org

 

[_MVP_]

1. Real-World Examples:
   In lesser wind events (e.g., tornadoes or storms), there have been cases of people being lifted off the ground and thrown by strong winds. At 345 km/h, this effect would be far more pronounced.

Conclusion:​

While you wouldn’t "fly" in a controlled way like with wings, you could be lifted and thrown by winds that strong, which would be highly dangerous and almost certainly fatal due to impacts with the ground or debris. Being outside in such conditions is life-threatening.

 

[_MVP_]

The 1999 Bridge Creek–Moore tornado was a large, long-lived and exceptionally powerful F5 tornado in which the highest wind speed ever measured globally was recorded at 321 miles per hour (517 km/h) by a Doppler on Wheels (DOW) radar. Considered the strongest tornado ever recorded

 

[_MVP_]

oh my god, a tornado with winds stronger than a hurricane

 

[_MVP_]

interesting further read, i asked what 10k km/h hurricane would do

Spoiler

what would happen if a hurricane was 1000 km/h strong?

ChatGPT:​

A hurricane with 1000 km/h (621 mph) winds would be beyond anything the Earth has ever experienced in recorded history. For context, the strongest winds on Earth are typically associated with EF5 tornadoes, which can reach up to 512 km/h (318 mph). Winds of 1000 km/h would approach the realm of hypersonic speeds, leading to catastrophic consequences.

Effects of a 1000 km/h Hurricane:​

1. Atmospheric Instability:
   • Winds of 1000 km/h would likely disrupt the atmosphere itself, creating extreme turbulence and potentially altering global weather patterns. The energy involved would dwarf any weather phenomenon we know.
2. Destruction of Structures:
   • No man-made structure could withstand such winds. Skyscrapers, bridges, and even hardened bunkers would be pulverized or ripped from their foundations.
   • Entire cities would be obliterated, with debris turned into deadly projectiles moving faster than bullets.
3. Impact on Humans:
   • A human exposed to 1000 km/h winds would be vaporized. The force would shred clothing, skin, and bones. The sheer pressure differential could cause the human body to implode.
4. Erosion of Earth's Surface:
   • The winds could strip away soil, vegetation, and even rock layers. Mountains might experience severe erosion, and landscapes would be completely reshaped.
   • Entire bodies of water, including oceans, could be displaced, leading to massive tsunamis.
5. Sound and Heat Effects:
   • The winds would generate intense friction with the Earth's surface, producing immense heat and possibly igniting fires.
   • The noise would exceed the threshold of human pain and could potentially cause permanent deafness or structural damage to organs.
6. Global Impacts:
   • The hurricane's energy would release more kinetic energy than the largest nuclear weapons ever detonated.
   • The Earth's rotation might be affected due to the redistribution of massive amounts of mass in the atmosphere.
   • The atmosphere itself might become destabilized, with high-altitude winds spreading destruction worldwide.

Could This Happen?​

Such a hurricane is physically impossible under current Earth conditions because:

• Wind speeds are limited by the physics of fluid dynamics, pressure gradients, and the Coriolis effect.
• The energy required to sustain such winds would require an amount of heat input far greater than anything Earth's oceans or climate systems can provide.

If winds of this magnitude existed, Earth’s environment would resemble conditions on other planets with extreme atmospheric dynamics, such as Jupiter (e.g., the Great Red Spot). On Earth, it would spell complete global annihilation.

4o

Du:​

what if a hurricane with 10k km/h existed

ChatGPT:​

A hurricane with wind speeds of 10,000 km/h (6,214 mph) is completely outside the realm of Earth's physical possibilities and would represent a scenario akin to catastrophic planetary-scale destruction. For reference, such speeds are hypersonic (about 8 times the speed of sound at sea level), and no natural or artificial phenomenon on Earth could produce winds this fast. Here's what such a theoretical hurricane might entail:

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1. Effects on Earth's Atmosphere​

• Complete Atmospheric Stripping:
  Winds at 10,000 km/h would generate forces so immense that they could strip Earth's atmosphere entirely, much like what likely happened to Mars over billions of years. The hurricane would essentially tear apart the planet’s atmospheric layers and eject them into space.
• Pressure Imbalances:
  The pressure gradient needed to generate such winds would be extreme. The difference in atmospheric pressure could destabilize the planet's atmosphere, leading to a chaotic redistribution of gases or even atmospheric collapse.

---

2. Surface Destruction​

• Planetary-Level Erosion:
  Winds at this speed would shear the Earth's surface, removing soil, rock, and even mountains. The crust of the Earth could be blasted away, exposing the mantle in some regions. Entire continents would be vaporized or eroded into the atmosphere.
• Ocean Displacement:
  The hurricane would lift entire oceans into the atmosphere, creating massive steam clouds or ejecting water into space. This could trigger tsunamis on a planetary scale and permanently reshape Earth's hydrosphere.
• Extreme Heating:
  The friction of winds moving at hypersonic speeds would generate immense heat. The Earth's surface would effectively melt, creating a scenario similar to the molten surface of Venus.

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3. Effects on Life​

• Immediate Extinction:
  Any form of life, from microbes to humans, would be instantly obliterated. The winds would exert forces that no biological material could survive, ripping apart molecules and cells.
• Atmospheric Oxygen Loss:
  Oxygen and other essential gases would likely be blown into space, making the planet permanently uninhabitable.

---

4. Geophysical Consequences​

• Impact on Earth's Rotation:
  Winds of this magnitude would redistribute mass so rapidly that Earth's rotation could be altered. The planet’s spin might slow down or speed up, causing unpredictable shifts in day length or axial tilt.
• Seismic Activity:
  The forces exerted by such winds could create pressures capable of triggering massive earthquakes and volcanic eruptions.

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5. Energy Required​

To sustain winds of 10,000 km/h, the amount of energy required would exceed anything the Earth can produce:

• The heat energy needed would be equivalent to countless times the total output of the Sun striking Earth over centuries.
• It’s simply impossible for Earth’s current atmospheric, oceanic, or geothermal systems to supply this energy.

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Analogies in the Universe​

• Gas Giants:
  Winds on planets like Jupiter and Neptune can reach speeds up to 2,400 km/h (1,500 mph). However, these occur in extreme environments with vastly different physics, gravitational forces, and atmospheric compositions.
• Cosmic Catastrophes:
  Such winds might resemble conditions caused by stellar explosions, hypervelocity impacts, or planetary collisions.

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Conclusion​

If such a hurricane existed, Earth would be completely destroyed. The planet would be unrecognizable, possibly reduced to a barren wasteland or broken apart entirely. This scenario ventures into the realm of science fiction or apocalyptic events caused by cosmic phenomena, not natural terrestrial weather.

4o

 

[Xangsane]

Hurricane Patricia - Wikipedia

en.wikipedia.org

Pattys me

 

[Deleted member 107111]

 

[Xangsane]

https://en.wikipedia.org/wiki/Hurricane_[B][SIZE=26px]Pat[/SIZE][/B]ricia

PAT PAT!

 

[Xangsane]

Hurricane Patricia - Wikipedia

en.wikipedia.org

View attachment 3409543

World Meteorological Organization retires storm names Erika, Joaquin and Patricia

The World Meteorological Organization’s hurricane committee announced today it will no longer use the names Erika and Joaquin for future tropical storms or hurricanes in the Atlantic, and the name Patricia will no longer be used in the eastern North Pacific. The three storms occurred in 2015.

www.noaa.gov