Yes, in ice, water molecules are in a more organized structure compared to when they are in liquid form. This results in a hexagonal lattice arrangement in ice, causing the molecules to be more spread out and creating a lower density compared to liquid water.
You may want to frame this question in this manner, "Why does cubic unit of cold water have more molecules than same cubic unit of hot water" This is so because heat causes movement in molecules and malkes them move apart. Hence the hotter the water, the further apart the molecules. Therefore, cold water has more molecules than hot water of same unit.
Large groups of sugar molecules break apart in water due to the solvent properties of water. The polar nature of water molecules interacts with the polar components of sugar molecules, causing them to dissolve and separate into individual sugar molecules. This process is known as hydration.
The become "deformed."When heating water the molecules get:farther apartflexedstretchedextended (stretched asymmetrically)When water boils there is no more of 2-4 only massive amounts of 1.
The fact that ice is less dense than water is related to the unique structure of water molecules in a solid state. In an ice lattice, water molecules are further apart due to hydrogen bonding, which causes the overall volume of ice to be greater than that of liquid water, making it less dense.
I suspect the answer wanted is density. the density of ice is less than that of water. Think of icebergs - they float- this all down to those hydrogen bonds keeping the water molecules further apart in the solid than they are (on average) in the liquid. Another answer could be the density maximum of water is approx 4 0C which is great for fishes as the water "shrinks away" from the ice on the surface as it cools. This is again due to H bonds which as the water starts to form larger and larger molecular structures held together by H bonds, (these are dynamic structures-but tend to get larger and less dynamic as temperature decreases.)- water molecules come and go all the time .
The molecules in a gas are spread further apart than those in a liquid.
Water is denser than air because water molecules are closer together and have a higher mass per unit volume compared to air molecules. This is due to the intermolecular forces present in water that cause molecules to be more tightly packed. Air molecules are further apart and have lower mass, resulting in air being less dense than water.
You may want to frame this question in this manner, "Why does cubic unit of cold water have more molecules than same cubic unit of hot water" This is so because heat causes movement in molecules and malkes them move apart. Hence the hotter the water, the further apart the molecules. Therefore, cold water has more molecules than hot water of same unit.
Water expands on solidification because the hydrogen bonds between water molecules in ice are arranged in a hexagonal structure with more space between the molecules compared to liquid water. This results in a decrease in density and an expansion of volume when water freezes into ice.
Steam has a greater volume than water because the water molecules in steam have more energy and move more quickly, causing them to spread out more. As steam is in the gaseous phase, the molecules are further apart compared to the liquid phase of water, which results in a greater volume.
An example of real life density is "ice floating on water." Ice floats on water because it is less dense than water. Things that are less dense float on top of things that are more dense because molecules in ice are further apart than molecules in water.
Large groups of sugar molecules break apart in water due to the solvent properties of water. The polar nature of water molecules interacts with the polar components of sugar molecules, causing them to dissolve and separate into individual sugar molecules. This process is known as hydration.
Simply because - due to the addition of heat, the water molecules in steam are further apart than those in cold water.
Generally, the molecules in gases are further apart than molecules of the same substance in either liquid or solid state. However, note the existence of a critical temperature for each substance. Above the critical temperature, no liquid or solid phase can exist, but it would be theoretically possible to compress a supercritical substance so that it would have closer molecules than some liquid form of the same substance.
The become "deformed."When heating water the molecules get:farther apartflexedstretchedextended (stretched asymmetrically)When water boils there is no more of 2-4 only massive amounts of 1.
Because the hydrogen molecules are further apart than the oxygen so move quicker.
The atoms in glass molecules are further apart than the wavelength of light, which allows the light to pass through.