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Just got this from the internet.
Comets are usually in the outermost regions of the Solar system (the Oort cloud), where it is extremely cold. Water ice can survive billions of years in the Oort cloud.
However, the comets we observe -- those that come into the inner Solar system --- do lose a lot of volatiles. This is a part of the process that creates the tails, the signature we associate with comets. Comets that are trapped in the inner Solar system will soon (astronomically speaking) exhaust all their volatiles and become extinct (i.e., rocks with no cometary activities).
What else can I help you with?
Why is there no water in space?
There's plenty of water in space, mostly in the form of chunks of ice or very rarified gas.
How did water come to planet earth?
a large ice asteroid came form space and hit earth malt with volcano
A big ball of dirty ice and snow in outer space is called?
A big ball of dirty ice and snow in outer space is called a comet. Comets are made up of rock, dust, water ice, and frozen gases, which form a bright coma or "tail" when heated by the Sun's radiation as the comet approaches it.
Does dry ice occur naturally in space?
Dry ice, which is solid carbon dioxide, can form naturally in space. It can occur on objects like comets or asteroids where carbon dioxide is present and temperatures are extremely cold, causing the gas to freeze directly into solid form without passing through a liquid state.
It takes water molecules to fill up the same space if the molecules are in the form of ice as compared to liquid water?
No, it takes the same number of water molecules to fill up a certain space whether they are in the form of ice or liquid water. In ice, the water molecules are just held in a more structured arrangement compared to the more freely moving molecules in liquid water.
Why is there no water in space?
There's plenty of water in space, mostly in the form of chunks of ice or very rarified gas.
Is there ice in space?
Yes. Comets and many planetary rings (much of Saturn's rings, for instance) are made of ice. Because of virtually zero pressure, which allows for almost no temperature, most water in space is in the form of ice.
What takes up more space an ice cube or the water?
The water takes up more space than the ice cube. When water freezes into ice, it expands and takes up slightly more volume than it did in its liquid form.
What was the first brand of ice cream to be taken into space?
If you mean can astronauts take ice cream to outer space, the answer is yes, just not in the form we eat it here on Earth. To take it to outer space, ice cream must be freeze dried, i.e. it's solid and more like candy than traditional ice cream.
What is space ice called?
Space ice is often referred to as "cryogenic ice" or "interstellar ice" due to its extremely cold temperatures and formation in outer space. This ice is typically composed of water molecules that have condensed and frozen in the frigid conditions of space.
Is there water in outer space?
Yes, there is water in outer space in the form of ice and vapor. It can be found in comets, asteroids, and even in the atmospheres of some planets and moons.
Is there an ice cream maker in space?
no ther is not a ice cream maker in space
From what did earth probably form?
The earth poabaly formed by dust particles, rocks, and ice in space after the "Big Bang" .
What form of water takes up the most space?
Water in its solid form, as ice, takes up the most space compared to its liquid form. When water freezes, it expands and becomes less dense, causing it to take up more volume.
How did water come to planet earth?
a large ice asteroid came form space and hit earth malt with volcano
What substances make up what are called in space science ices?
What substances make up what are called in space science ices?Read more: What_substances_make_up_what_are_called_in_space_science_ices
Why energy is needed to melt ice and how this is explained by the structure of ice and water?
Think about how ice melts into water. By adding heat! Heat is a form of energy, and by adding heat, we can change ice to water. This is explained well by the structures of ice and water. Ice is a solid, and its molecules form rigid networks with space between molecules and are not easily broken. Water is a liquid, and its molecules are constantly moving around one another, leaving little space between molecules. Therefore, when heat energy is added to ice, the rigid bonds between molecules in the ice break, and they are free to move like a liquid.
