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If a large meteor hit the deep ocean, would it cause global cooling or warming?
Imagine I wanted it to cause global warming, and I somehow controlled its path, how would I direct it
There's been movies made about everything, maybe we should stop making them
- Jim2Lv 72 months agoFavourite answer
All that energy has to go somewhere. The ocean would boil and the meteor vaporize. But also a lot of dust and soot would be thrown into the air. So after things cooled down a bit, they would continue to cool, because the earth would be shaded. Not sure, but I would think a direct hit, as opposed to an oblique angle, would cause the most damage and release the most initial heat.
- Anonymous2 months ago
Neither of the 2
- ?Lv 72 months ago
look up Krakatoa (volcanic eruption). It generated effects around the world.
Generally, something like that wud be more likely to "cause" cooling.
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- Let's Head OutLv 42 months ago
A bunch of movies have already been made about rocks hitting the earth. A bunch more were made about aliens taking over earth.
I think your premise of warming in a sci-fi movie is boring. Your audience would see right through your preaching. But I'd move your question to Movies to get some feedback.
- JimZLv 72 months ago
One the size of Mt. Everest, like the one that hit at the end of the Mesozoic caused widespread but short term heating followed by several cold years or at least that is what is theorized based on the evidence.
- Anonymous2 months ago
How large is "large"? And what do you mean by "deep ocean," like do you mean the middle area of oceans where, except for the Atlantic where the Mid-Atlantic Ridge makes the middle relatively shallow, average depth is greatest, or do you mean the actual deepest parts of the ocean, which are very near coastlines where the subduction of one tectonic plate creates a deep trench and pushes the neighboring tectonic plate up above sea-level and even creates coastal mountain ranges, like the Andes? Also, speed and angle of trajectory are major factors that will make an enormous difference, like if the asteroid that becomes a meteorite is moving very slowly and so ends up dropping straight down at terminal velocity, the impact will be far less than if it's traveling at great speed, even at tens or hundreds of thousands of miles per hour, in which case a steeper entry angle will have a much greater impact than a more shallow entry angle.