Single rain drop
If you collected the rain in the bottom of the column, it would fill it to a depth of anywhere between zero and a few dozen centimeters. The broader region is largely protected from the effects of the storm, though areas hundreds of kilometers downstream experience flash flooding in the hours after the impact.
Atmospheric scientists try for years to piece together what happened, but no explanation is forthcoming. The sky begins to darken. The house, porch, and old-timers are obliterated in an instant. If it kept falling for long enough, these forces would gradually disperse the entire droplet into rain. The water plows into the ground, but the bedrock is unyielding.
For a moment, it looks a little like a funnel cloud is forming. Everything within a few kilometers is completely destroyed, leaving a pool of mud down to bedrock.
Two old-timers sit on the porch in rocking chairs. Unfortunately for the grass, the cold water is moving at over half the speed of sound.
As the raindrop approached the ground, the buildup of air resistance would lead to an increase single erkelenz pressure that would make your ears pop.
On the horizon to the southwest, ominous-looking clouds begin to appear. That single rain drop would weigh million tons which happens to be about the current weight of our species. There is widespread shock and puzzlement, and for a while, every new cloud in the sky causes mass panic. Then the bulge single tanzkurs cottbus, and at the ten-second mark, the bottom of the drop emerges from the cloud.
Single donau-ries air is hot and heavy. If you walled off a column of air, from the ground up to the top of the atmosphere, and then cooled the column of air down, the moisture it contained would condense out as rain. The pressure forces the single rain drop sideways, creating a supersonic omnidirectional jet that destroys everything in its path.
News trickles out into the world about the inexplicable disaster. The leading edge of the droplet turns to foam as air is forced into the liquid.
Normally, the TPW is one or two centimeters. For five or six seconds, nothing is visible. Prev Next Raindrop What if a rainstorm dropped all of its water in a single giant drop? The drop is now falling at 90 meters per second mph.
The splash continues outward, demolishing all structures out to distances of 20 or 30 kilometers. At this distance, areas shielded by mountains or ridges are protected, and the flood begins to flow along natural valleys and waterways. This means the water in our rainstorm would have a volume of: Fear reigns supreme as the world fears rain supreme, but years pass without any signs of the disaster repeating.
Then, the base of the cloud begins to bulge downward.
The roaring wind whips up the surface of the water into spray. Normally, a portion of this water would fall, scattered, as rain—at most, 6 centimeters of it. The wall of water expands outward kilometer by kilometer, ripping up trees, houses, and topsoil as it goes.
Right under the point of impact, the air is unable to rush out of the way fast enough, and the compression heats it so quickly that the grass would catch fire if it had time. The towers build as they draw closer, the tops spreading out into an anvil shape.