Meteorites play a role in ideas about how life on Earth began.
Here are three examples.
1. Panspermia is the theory that life exists throughout the Universe is transported by meteoroids, asteroids and planetoids from one region or galaxy to another.
2. The exogenesis theory is a more modest and conjectures that life on Earth was transferred from elsewhere, possibly via meteorite.
3. In 1996 a meteorite, ALH 84001, was conjectured to show fossil evidence of life on Mars. The meteorite was found on Earth after being knocked off Mars millions of years ago.
None of these theories or conjectures have been proven correct or even strongly possible. None have been proven wrong either.
In life-wise terms, no.
A cosmic impact is an explosion that occurs in space when two objects collide. It is quite possible that asteroids and other debris in outer space would collide with each other from time to time.
Exobiology speculates that microscopic life originated elsewhere and was brought here by a meteorite sent off by some violent distaster, which while it has not been proven is very scientifically plausible, as germs and viruses have proven to be able to survive in outer space and there is a gigantic gash on mars (a planet with water likely to have once supported life) which could have sent such a meteorite into outer space. Also, since comets are thought to be made substantially of water ice, it is theorized that they are the primary source of earth's water. It may seem unlikely, but in the early stages of earth's development there were probably many, many more comets than there are today, and it is not impossible that enough comets could have collided with earth over millions of years to supply us with our water.
It is an interesting idea that life may have come from other parts of the Universe, but there is no evidence that this really is so (nor that it isn't, for that matter). Also, specifically in the case of mushrooms, despite all their differences, they are probably too similar to other life on Earth to have evolved independently from it. If life did come from outer space, it may have been a common ancestor to ALL current life on Earth.
The only planet in that category is the Earth, the planet most people live on. How does the orbit affect life? without the orbit there is no life on Earth, so it's fundamental really. The orbit keeps our temperature within narrow band so that life can exist and flourish. Without an orbit the Earth would travel off into outer space and the temperature would quickly descend below -200 degrees everywhere.
In life-wise terms, no.
No, so far we have found no life in outer space. Life may well exist in outer space, but we haven't found it yet.
They study how long to get to planets and if there is life in outer space.
Astronomy is the study of heavenly bodies.
You would most likely have the best acid trip of your life. Looking at the earth from outer space would probably bring you a sense of how small you are compared to the earth and how short life really is. Im sure it would be life changing and make you a more humble person :)
i honestly don't know if this is correct or not but i am pretty sure that outer space is space as a whole. they just called it outer because it surrounds the earth and goes around our spheres. deep space is further out in space. this is where most of the scientist go or want to go to find life or other interesting discoveries.
The mission of the space probe in outer space is to find out information about regions that are too far to see with telescopes. The space probe looks for life on other planets and weather conditions, asteroids, and other things that can affect the earth.
maybe, well i heard there was life on mars...just maybe sorry idk no either
It is the hypothesis that life on Earth originated from microorganisms from outer space.
A cosmic impact is an explosion that occurs in space when two objects collide. It is quite possible that asteroids and other debris in outer space would collide with each other from time to time.
Exobiology.
Sunlight is the main energy source for life on earth.