it takes 2 minutes for it to melt
people want their ice cubes to last longer, so if you make ice cubes in a different shape so they melt slower, people will be happier.
Well, most likely 0F. 0C is the freezing point of water, which is 32F. This means if ice cream was at 0C it would only barely be frozen, and melt very fast. However, ice cream is usually frozen very well, and takes a long time to melt. When it does melt it's only the outside surface, not the entire thing at one time. This means the ice cream is at least a little below the freezing point.
Yes, absolutely. Heat transfer from the surrounding environment into the ice cube causes it to melt. The greater the rate of heat transfer INTO to ice cube, the faster it will melt. The greater the surface area of the ice cube, in relation to it size, the faster the melting will occur. The ideal shape for the least heat transfer [and this is true for cold or hot objects] is a SPHERE. A sphere has the minimum surface area for the mass of the object. Any shape other than a sphere has more surface area for the mass, an will melt faster. The thinner more spreak out ice will melt faster melting consumes enerhy inthe form of heat. The amount of energy needed is the proportional of the ice water. The heat applied to it can be radiation or matter. Johnson Kevin, Ohio
No, the greater the surface area the faster the ice cube will melt.
Under normal conditions vinegar is a liquid and so does not need to melt.
The answer depends on the temperature of the water.
It depends on how hot the water is
It takes exactly 14.0 seconds to melt a full ice cube under hot water.
The depends on the mass of ice, stirring and other factors.
That depends on (a) the size of the ice-cube, (b) the temperature of the water, and (c) the surrounding temperature.
it depends on the size of ice, volume of warm water, and volume of container
Pepper, on its own, will not melt ice.
At 70 degrees it would take 24 hours to melt 2000 lbs of ice
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that depends on the size of the ice cube, how much salt, and the ambient temperature.