Final answer:
Ice at 0°C remains at that temperature when formed and will experience neither melting nor freezing when placed in 0°C water in an insulated container. Ice exists in different forms, including crystalline solids, evident in ordinary ice cubes, and amorphous solids, like glasses with disordered particle arrangements. The physical properties of ice influence its applications in cooling and refrigeration.
Step-by-step explanation:
Ice, when it first forms by freezing water, is typically at a temperature of 0°C. When discussing the various forms that segregated ice can take, we consider the structure of ice, including crystalline solids and amorphous solids or noncrystalline solids, sometimes referred to as glasses. Crystalline solids have a definite repeating pattern in their molecular arrangement, while amorphous solids lack an ordered internal structure and the particles are randomly arranged. When considering the behavior of ice at 0°C in 0°C water within an insulated container, clearly neither freezing nor melting will take place since the ice and water are in equilibrium.
Interestingly, during phase changes such as melting or freezing, the properties of the substance are crucial in determining its behavior. These properties lead to various applications such as using ice for cooling in refrigeration technology. The selection of the best ice cube shape for a given purpose, whether for lasting longer or for cooling a drink, is dictated by the surface area and volume ratio of the shapes in question, with spherical ice cubes being the best for longevity due to their minimal surface area to volume ratio.