Does water weigh more in its solid state than in its liquid state?

Answer 1

Actually, the weight never changes, but the density of the mass does. That's why ice floats on water, but it weights the same. That's a great question.

Answer 2

A given number of water molecules will weigh the same no matter what its state is - solid, liquid or gas. What does change is how closely those molecules can be stacked together, or how many molecules can fit in a given area. Water is different then many substances in that more molecules can fit in a given space when it is in liquid state then in solid state (ice), and thus ice is less dense then liquid water and thus ice floats in water rather then sinking

Answer 3

Please do not pay attention to various replies which suggested that ice floats because of the fact of trapped air bubbles. it fairly is merely undeniable incorrect. maximum components are denser of their good kind than of their liquid kind because of the fact their molecules have much less kinetic power and hence circulate closer mutually while good. So for many components the solid kind is denser than the liquid and the solid will sink interior the liquid. Water nonetheless is diverse because of the unique shape of this is molecule. The water molecule is "Mickey Mouse" shape, the super oxygen atom being the face and the two smaller hydrogen atoms being the ears. it is likewise polar. the two valuable hydrogens are on one area and the damaging oxygen on the different. At this element I wish "solutions" had a drawing software. It does not, so i'm going to easily ought to describe here. while water is cooled it contracts merely like something. even nonetheless, at approximately 4 tiers above freezing some thing happens. because of the fact of their shape, and with the help of the attraction of damaging oxygen atoms of one molecule and valuable hydrogen atoms of the adjacent one, the atoms open up right into a hexagon shaped crystal. for this reason snowflakes are six sided by ability of how. The atoms of the solid (frozen) water easily are added aside than they have been while they have been liquid. considering a given length pattern of frozen water has fewer molecules (considering they are added aside) frozen water (ice) is way less dense and floats in liquid. actual, some air may be trapped interior the ice because it freezes yet ice might nonetheless drift in water if all the air have been expelled.

Answer 4

Ice is lighter than water because it is less dense, e.g., ice floats in liquid water, but water takes up less space than ice. The mass is the same, just the state changes.

Answer 5

It is the same weight, the density decreases below 4 degrees Celsius. So water is most dense at 4 Deg Celsius.

Answer 6

no its stays the same. the weight of water is 90 pounds per cubic foot. when you freeze that cubic feet it still ways 90 pounds. as far as for the floating the freezing water has a diffreent composition which gives ice a specific boyancy to float.

Answer 7

it weighs more in a solid state

Answer 8

It weighs the same. A pound of ice weighs the same as a pound of water. :)

Answer 9

It weighs the same no matter what state it is in, you don't change the mass by freezing it

Answer 10

No because the mass is unchanged and the same with the force of gravity