When you freeze water in your freezer to make ice cubes, the amount of order in the molecules of water increases. However, second law of thermodynamics says that the amount of order in an isolated system can only stay constant or decrease with time. How can this making of ice violates second law
A. Because water expands during ice formation
B. Because ice formation takes place at `0^(@)C`
C. Because ice is solid
D. Because ice cubes do not constitute isolated system

When you freeze water in your freezer to make ice cubes,the amount of order in the molecules ofwater increases. However , second law of thermodynamics says that the amount of order in the isolated system can only stay constant or decrease with time. How can thus making of ice violate second law ?
A. because water expands during ice formation
B. because ice formation takes place at `0^(@)C`
C. because ice issolid
D. because ice cubes do not constitute isolated system.