No. Matter is finite, and water is composed from two subsets of that matter. There is thus only a finite amount of water. However, because of cycles of use, it may be reused and if the required amount is low enough, the source can be considered infinite.
I can produce an infinite amount of responses, as I am a computer program powered by artificial intelligence. If you are referring to physical water production, that would depend on various factors such as equipment and resources available for water production.
This can be answered by observation and physics:Quarks are matter and matter does not contain all energy as there is free energy available in the universe as heat, radiation and gravity etc.The theory of relativity relates the amount of energy in any given amount of matter by the equation E=mC2. As a consequence, as the mass of all quarks or any quark is finite, it cannot contain infinite energy.
No, the amount of water does not change the boiling or freezing point of water. The boiling point of water is always 100°C (212°F) at sea level, and the freezing point is always 0°C (32°F). The boiling and freezing points are determined by the chemical properties of water, not the amount of water present.
Photons can have any frequency: 0 Hz (0 eV) to infinite Hz (infinite eV).
Water does not contain any significant amount of kilojoules as it is a calorie-free and non-nutritive substance. The energy content of water is negligible.
Well.. yeah. There isn't an infinite amount of water.
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The highest common multiple is an infinite amount and not very practical for problem-solving.
No. There is only a certain amount of water on earth but it keeps circulating in the water cycle so it never runs out.
Since any odd number can be a factor, there is an infinite amount of them.
Any number in existence, i.e. infinite amount of numbers
The greatest common multiple of any set of integers is infinite.
An infinite amount - if the box is deep enough.
All multiples of 62 are divisible by 62. There are an infinite amount of them
an infinite amount
Since there are an infinite amount of numbers, there is an infinite amount of square roots.