Correct ans.(c). infinity

The correct answer is (d) none of these.
Pure water is slightly compressible, meaning its compressibility is a small but non-zero finite value.
So, it is not zero, not one, and not infinite.
The correct answer is (d) none of these.
Compressibility measures how much a substance’s volume decreases under pressure.
Pure water is not completely incompressible, so its compressibility is not zero.
It’s also not equal to one or infinite. Water has a very small but definite compressibility, meaning it can be compressed slightly when pressure is applied.
That’s why none of the given options exactly describe the compressibility of pure water.
The answer is (d) none of these because pure water is slightly compressible.
Compressibility refers to how much a substance’s volume changes under pressure.
While water doesn’t compress easily, it’s not completely incompressible (which would be zero compressibility), nor is its compressibility equal to one or infinite.
It has a small, finite value, so none of the options given perfectly match the compressibility of pure water.
The correct answer is (d) none of these because pure water has a small but finite compressibility. This means it can be compressed slightly when pressure is applied. It’s not zero, since that would mean it can’t be compressed at all, and it’s not one or infinite either. So, none of the given choices correctly represent the compressibility of pure water.
The correct answer is (d) none of these because pure water is slightly compressible, meaning its volume decreases a little under pressure.
It is not zero because water can be compressed, but only very slightly.
It’s also not equal to 1 or infinity since those values don’t apply to water’s compressibility.
Therefore, none of the given options correctly describe the compressibility of pure water.
 0. (b) 1 (c) infinity. (d) none of these_240625131047.png)
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