Final answer:
While we are unable to directly determine the mass of the ice on the surface of Io without additional measurements, we discuss principles involving density, volume and related discussions to understand how we might arrive at such determination given appropriate specifics and data.
Step-by-step explanation:
The mass of a piece of ice on Io, one of Jupiter's moon, cannot be directly determined without specific measurements of the ice. However, we can still discuss some related principles to understand how we might come to such determination.
To calculate the mass of a given matter, we would generally need to know the volume of the object and its density. The density of ice is approximately 0.92 g/cm³
In the case of the description provided, we understand that the mass of the soda is 0.25 kg. If we presume the mass of the ice is 7% the mass of the soda, as indicated in the discussion, we could estimate the mass to be around 0.0175 kg, but this is purely theoretical and would differ based on the actual proportions and specific conditions on Io.
It's also important to note, as indicated, that ice in outer solar systems, like on Io, behaves differently due to the substantially colder temperatures.
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