Answer: Yes water can freeze in space because sole temperature of whether or not how close the sun is to the spot of the water would freeze or dissolve the water. Some planets have gravity, some do not. Some planets have frozen water, some do not. Some can actually even keep the water a liquid because of some gas that the planet uses to keep movement through the water (like an ocean).

Answer: 'The vacuum wouldn't have any effect weather or not it would freeze because there isn't one. There is not really a "vacuum" in space. The shuttles are pressurized, and space is no pressure. So this is what lead to a so called "vacuum" in space.

Getting at is that with out gravity the water would not hold to gather. Water actually has a unique property that it likes to clump together. This allows it to flow up against a force of gravity to move to a lower source. Also im sure you've seen videos with astronauts playing with water in the spaceship.

In a source of light from a sun space is 200 degrees and in its shadow -200 degrees. It would also strongly depend on your location in space, and distance from a source of heat. (agreeing with M).

Also ice already exist in space in forums called comet.'

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What Wiggles said... ^_^
Water still freezes in a low pressure environment. Also depend on the location (like M said). Dark side of the moon is pretty cold.

Answer: Pressure vacuum will cause the water to boil almost instantly. In other words, the effect of boiling is much, much faster than the effect of freezing.

Once the water has boiled, isolated water molecules in a gaseous state, are in a very cold environment These tiny water vapor droplets now immediately freeze and become ice crystals.

@M Best answer, Cosmic radiation is every were regardless of a suns proximity, its concentrations do differ, water would boil faster from the lack of pressure rather than radiation. Good Work regardless:)
@Mr_Wiggles: Water only clumps in high pressure (space ships are pressurised) Also water formed on comets when they were not flying around in outer space so that is arguable...
@BluE: Try write something more detailed

M: 3cr For correct answer + Best explanation
Mr Wiggles: 2cr For correct answer
BluE: 2cr For correct answer

Question for this week

Theoretically If you were travelling at the speed if light (say in a futuristic monorail) and looked at a mirror would you be able to see your reflection in that mirror? Keep in mind the principal of relativity, that is if you are travelling at a constant velocity that that the laws of physics apply in the same way in every point of reference. so you would have the same laws of physics on a plane,as some one standing next to it as it takes off. ( Trying to give hints without giving any thing away...Shhh...)

Please discuss bellow and leave you final anwser with a detailed explanation.

Just quickly... I'm still not shore how the above 'Press Your Luck' thing works. I have read the thread, however it doesn't make sense to me...

I honestly don't have an answer to this. Haha. ^^

If you were travelling at the speed of light(or faster), you would not be able to see your reflection because the reflection is too slow for you to see.(?)

@M you don't have to post the answer strait away you can post an opinion regardless if its right or wrong. That way you can nudge each other at the right answer. + you get credit for discussing.

Well, i take it the mirror is on the "monorail" with you looking at it. Well all the contents in the vehicle would be moving at the same speed including the light in side. So i guess you would be able to.