Dragon hoses
The appearance of a rainbow near the rainbow, a rare sight, was recorded by a camera in the storm recently in the United States.
>>> America: a country of a dragon's water, a 'killer' series
Cater News reported yesterday that Peter Gude, a Dutch hunter who specializes in hunting cannons, and colleagues discovered a rare sight in the state of Colorado, USA. Dragon hoses appear in a position a few kilometers from the rainbow.
The water cannon appeared a few kilometers from the rainbow. (Photo: Peter Gude)
Rainbows appear because sunlight refracts and reflects through water droplets in the air, creating a dispersion phenomenon.
A water cannon is a phenomenon of a large swirling air that extends from a thundercloud to the ground. The diameter of the hose can vary from a few dozen meters to 2 kilometers, an average of about 50 meters.
In the northern hemisphere, the water cannon often creates a vortex wind counterclockwise, around a center with extremely low air pressure. On the contrary, in the southern hemisphere, the wind formed from the fire hose clockwise. The maximum wind speed can reach 120-500km / h.
Measuring the wind speed of a dragon directly is extremely difficult, because it can destroy many things that appear on the way. It is also impossible to predict the appearance of a water cannon, because they exist only for a short time.
- Dragon hoses chase each other in America
- Taps lifted dozens of containers on the coast of Italy
- Twin dragon twists the US coast
- Video: The 'terrible' dragon whirlpool swirled in the middle of the lake in Quang Tri
- Video: The biggest dragon hose in the decade near the Spanish coast
- New discovery about the formation of water hoses
- The red dragon faucet swept across Mexico, causing people to fear
- Rare phenomenon: 4 cannons appear simultaneously on the sea
- Extremely rare dual dragon hoses sweep the sky over Thailand
- Video: Dragon taps appeared in Tibet after half a century
- Successful breeding of dragon fruit with purple-pink gut
- Private spaceship still arrives at ISS despite trouble