yes it does
Answer:
It depends on the alcohol and the percent of alcohol in the solution in which the ice is placed. Ice has a density of 0.9167 g/cm³ at 0°C. As ethyl alcohol is the one most people think of, lets use it as an example. Ethyl alcohol (pure) has a density of 0.789 g/cm3 so ice would sink rather quickly. It is not until room temperature (20oC) alcohol/water solutions approach 50% that the densities of the solution would be high enough for the ice to float.
Yes, ice cubes will float higher in alcohol compared to water because alcohol is less dense than water. This causes the ice cubes to displace more liquid when placed in alcohol, leading them to float higher.
Ice cubes float in water because they are less dense than liquid water. When water freezes, it forms a rigid crystalline structure that spaces out the water molecules, making the ice cube less dense and causing it to float on the denser liquid water.
No, gold does not float in alcohol because gold is much denser than alcohol. It will sink to the bottom when placed in alcohol.
An ice cube will not float in air because air has a lower density than ice, making it less buoyant. Ice is less dense than water, which allows it to float in water due to buoyancy. In air, the buoyant force is not strong enough to support the weight of the ice cube, so it will not float.
Objects will float better in rubbing alcohol than in water because rubbing alcohol has a lower density than water. This means that objects will displace less liquid in rubbing alcohol, making it easier for them to float.
Yes, ice cubes will float higher in alcohol compared to water because alcohol is less dense than water. This causes the ice cubes to displace more liquid when placed in alcohol, leading them to float higher.
Because ice is denser than the oil and alcohol.
Ice cubes typically float in water because ice is less dense than liquid water. However, some types of alcohol have a lower density than water, which means ice will sink in alcohol since it is denser than the alcohol.
A liquid that is less dense than ice. Pure alcohol is 70% of the density of water- and ice would not float in it.
AnswerAs water freezes,what happens to the water molecules that causes ice to float?why is the unquie? My answer is that the ice has comes more dense n is light to float up then to sink down.I am no physicist, but I think ice is less dense than liquid water. After all, water expands when frozen (unique to H2O, I think?). Ice floats in water, of course. As far as pure alcohol, my best guess is that yes, it floats in alcohol, too. I have to say that ice will float on mercury due the great difference in the densities of the two substances (mercury being much more dense than ice).
Ice cubes float in water because they are less dense than liquid water. When water freezes, it forms a rigid crystalline structure that spaces out the water molecules, making the ice cube less dense and causing it to float on the denser liquid water.
in water or anything which is denser than ice
It depends on the alcohol and the percent of alcohol in the solution in which the ice is placed. Ice has a density of 0.9167 g/cm³ at 0°C. As ethyl alcohol is the one most people think of, lets use it as an example. Ethyl alcohol (pure) has a density of 0.789 g/cm3 so ice would sink rather quickly. It is not until room temperature (20oC) alcohol/water solutions approach 50% that the densities of the solution would be high enough for the ice to float.
No.Lead has a very high density and will not float in alcohol
No, gold does not float in alcohol because gold is much denser than alcohol. It will sink to the bottom when placed in alcohol.
When an ice cube is placed in a glass of alcohol, it tends to float either at the top or bottom depending on the relative density. Ice is less dense than alcohol, so it typically floats at the top of the glass. However, if the ice contains air bubbles or impurities, it may sink to the bottom due to reduced buoyancy.
The density of rubbing alcohol is 75% that of water. Thus ice (frozen water which is roughly equal in density to liquid water), sinks in rubbing alcohol since it has more mass per cubic millimeter than the alcohol does. In order to float, the object would have to be less dense than the alcohol per cubic space.