As liquid water freezes, the molecules arrange themselves in a way that takes up more space than liquid water. What would most l
ikely occur if the arrangement of frozen water molecules required less space than that of liquid water molecules? A).The density of ice would be greater than the density of liquid water, and ice would not float.
B). Ice would form in layers, and liquid water would get trapped in between the layers.
Liquid water would have a higher specific heat, making it less likely to undergo vaporization.
C).The freezing point of water would decrease, making ice more difficult to form.
<span>If ice were denser than liquid water, icebergs would likely sink (even given that sea water is denser than normal water). If this were the case then oceans would likely freeze over. (For example, ice laid down in the winter months would not completely thaw in the summer months, and the next winter cycle would result in a net increase of ice).</span>
A).The density of ice would be greater than the density of liquid water, and ice would not float.
Explanation:
The density of substance depends on its mass and volume. It can be defined as the matter contained in a unit volume.
A denser substance sinks while a less dense substance floats in a fluid.
Ice floats on water because its water molecules occupy more space than liquid water molecules. If the frozen water molecules occupied lesser space, its density would have increased and it would sink in water.
Glucose particles are ingested from gastrointestinal cells into the circulatory system. The circulation system then, at that point, conveys the glucose particles all through the body. Glucose enters every cell of the body and is involved by the cells mitochondrion as fuel.
