It is not. It varies slightly. The volume of ice will be larger than with water when water and ice are the same weight.
The liquid has the same mass but less volume than the ice.
If you freeze a sample of liquid water it should expand but still weigh the same amount. Water is denser than ice so by volume liquid water is heavier than water ice, thus ice floats.
The volume decreases. Ice is less dense than water. Put another way, a given weight of water can be stored in a smaller volume than the same weight of ice. Another possible, but also possibly less helpful, answer is that ice cubes get smaller as they melt because they lose content as the water in them runs off as a liquid.
Since a liter is a unit of volume and a gram a unit of mass, it depends on how dense the ice cream is. The two don't jive.
No, as long as it is the same peice of ice. The volume and the density change but not the mass
Strictly speaking, the volume of water will increase. For example, if you have a 200 gram chunk of ice floating in 1000 ml of water, the volume of the water itself is 1000 ml. When the ice melts, the volume of water will be 1200 ml. However, if you're asking whether the water level in the container will go up or down, the answer is "neither." The ice displaces an amount of water equal to the mass of the ice. When the ice melts, the mass does not chance, so the amount of the original water displaced by the melted ice does not change. Hence, the water level will remain the same.
Because Water's latent heat of fusion is much less than its latent heat of vaporization. In English: It takes less energy to change a gram of ice at 0°C into a gram of water at the same temperature than it takes to change a gram of water at 100°C into a gram of steam at the same temperature.
If you freeze a given quantity of water, the volume increases. When it melts, the volume decreases. The number of molecules remains the same.
The Ice will have a greater volume than the liquid water it is made form. This is because Ice is less dense than water (- we can see this because ice floats), a very unusual property of water.
The liquid has the same mass but less volume than the ice.
yes because the size of the molecules change therefore so does the weightCounterpoint:No, a gallon of water would weigh the same if it were frozen into a "gallon" of ice. The molecules do not change size, they simply do not move as fast and stick together when they are frozen. Therefore nothing is added or subtracted at a molecular level, and the weight of a liquid is the same whether it is frozen or solid.Water has a density of 1.00 gram/cubic centimeter.Ice, on the other hand, has a density of 0.931 gram/cubic centimeter.(As the volume is equal, and mass = density x volume)[Water will be heavier.]
When water is frozen, it expands, so ice has a greater volume than water. Also, since density is the volume of an object divided by its mass, and since ice has the same mass
When water is frozen, it expands, so ice has a greater volume than water. Also, since density is the volume of an object divided by its mass, and since ice has the same mass as water, the density of ice is slightly less than water, causing it to float on water.
slightly less than 1 kg per liter.At 0 degrees Celsius water when freezing expands to 9.05 % greater volume than it's original volume at 0 degrees Celsius.The density of ice is .917 kg/l. (that is clear ice with no gas[air] inclusion).
When water is frozen, it expands, so ice has a greater volume than water. Also, since density is the volume of an object divided by its mass, and since ice has the same mass as water, the density of ice is slightly less than water, causing it to float on water.
Nope, you lose about 9% of volume when ice melts. That's because when you freeze water, it expands. It loses volume if you do it the other way around.
No, the volume of ice cannot be smaller than the water.