Does ice melt faster under pressure?

Answer 1

This is an example of LeChatelier's Principle that change in the conditions of an equilibrium, in this instance the equilibrium between solid and liquid water, causes the composition to adjust itself in the direction that minimizes the effect of the change. Liquid water at its melting point is, unusally compared with most other equilibria, denser than ice at the same temperature. Therefore, since raises in pressure tend toward decreasing the volume of the two phases in equilibrium, the rise in pressure will favor the transition from ice to water, so that the melting will occur more readily and therefore the melting point will be shifted to a lower temperature.

Answer 2

Given the same air temperature, heat should flow into a colder block of ice faster than a warm block of ice. The unpressurized block of ice sits at 0 degrees Celsius while it melts, and the pressurized one will have a lower temperature, so it receives the heat energy faster and melts faster.

Answer 3

Ice melts under pressure because the pressure causes a rise in the ice/air interface's melting point, causing it to melt in the area where the pressure is applied ( changing the solid to a liquid state).

Answer 4

Yes, ice under pressure can melt faster due to the increased temperatures created by the pressure causing the ice to convert to water more rapidly. The pressure acts to lower the melting point of ice, accelerating the melting process.

Answer 5

Ice near its normal freezing point has a larger volume than liquid water at the same temperature. If you put pressure on ice it will become smaller by becoming liquid.

Answer 6

The melting point of ice is lower as the pressure increases, so it will probably melt faster.