Consider equal volumes (say 1 L) of a given substance in the solid, liquid, and gas phases. Arrange them in order of decreasing mass based on the trend for the average substance. If the mass difference between samples is relatively small (10% or less), rank the items as equivalent. Rank from greatest to least mass. To rank items as equivalent, overlap them.

Let suppose we have 1 L water. When water in in solid (Ice) state, it's volume decreases a bit is not more than 10% compression as compared to liquid state. As we compare it to the gas, 1 L of gas (Steam) obviously, it has a smaller mass due to it's greater volumes as compared to both, the liquid and solid phase. The volume expansion in also a lot more than 10% in gas phase.

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shrutiagrawal1798 shrutiagrawal1798 · Answer 2 · 2022-01-18T11:22:50+01:00

The decreasing order of the mass for a substance has been, solid = liquid > gas.

The volume of substance has been defined as the space occupied by the substance. With the increase in volume, there has been a decrease in the mass of the substance in unit area.

Decreased mass of states of matter

The solid has been the compact substance with high mass and low volume. With the conversion of solid to liquid, there has been a small increase in the volume of the substance.

The increased volume has been less than 10%, and thus, the mass has been equivalent to the solid.

The gas, the highest volume and lowest mass. The mass of the gas has been the lowest.

Thus, the decreasing order of the mass for a substance has been, solid = liquid > gas.

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