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Answer:
When ice cubes transition from a solid to a liquid state, the behavior of the water molecules changes significantly. Here's a breakdown:
In the solid state (ice):
- Tightly packed: Water molecules in ice are arranged in a highly organized, crystalline structure. They are tightly packed together and held in place by strong hydrogen bonds. [1]
- Limited movement: Due to the strong bonds, water molecules in ice can only vibrate slightly around their fixed positions. They cannot move freely past each other. [1]
Transition to liquid state (water):
- Energy absorption: As heat is added to the ice, the water molecules absorb energy. This energy causes them to vibrate faster. [1]
- Weakening bonds: The increased vibration weakens the hydrogen bonds holding the molecules together. [1]
- Breaking free: Eventually, the vibrations become so strong that the hydrogen bonds break, allowing the molecules to move more freely. They can now slide past each other, giving water its liquid properties. [1]
- Less organized: The molecules in liquid water are less organized than in ice. They are still close together, but they have more freedom of movement. [1]
Key takeaways:
- The transition from ice to water involves a change in the arrangement and movement of water molecules.
- The addition of heat provides the energy needed to break the strong hydrogen bonds holding the molecules in a rigid structure.
- As the molecules gain energy, they move more freely, resulting in the liquid state.
This change in molecular behavior is what allows ice to melt and become liquid water.
Explanation:
wag mo na isali yang mga [1] na nakalagay