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Intermolecular Hydrogen Bonding Examples
The following is an ancient proverb article with "Intermolecular Hydrogen Bonding Examples" as the core:
The gathering of things is due to the power of hydrogen bonds between molecules. There are many examples, which are enough to show the wonders of nature. Water is the most common thing in the world, and the hydrogen bonds between molecules are maintained, which makes water special. In winter, water forms ice, and ice floats in water. Due to the action of hydrogen bonds, the structure of ice is loose, its volume expands, and its density is less than that of water.
If it is alcohol, ethanol, etc., there are also hydrogen bonds between its molecules. The boiling point of ethanol is higher than that of hydrocarbons with general molecular weight, because it takes extra energy to break hydrogen bonds.
Looking at carboxylic acids, a genus of acetic acid, not only can hydrogen bonds be formed within molecules, but also strong intermolecular hydrogen bonds. This has far-reaching effects on its physical and chemical properties, such as solubility and volatility, which are all related to hydrogen bonds.
In such cases, to sum up, intermolecular hydrogen bonds have great power in the state and nature of things. It is the secret of natural creation. It will be investigated in detail by our generation to understand the true meaning of physical properties.
The gathering of things is due to the power of hydrogen bonds between molecules. There are many examples, which are enough to show the wonders of nature. Water is the most common thing in the world, and the hydrogen bonds between molecules are maintained, which makes water special. In winter, water forms ice, and ice floats in water. Due to the action of hydrogen bonds, the structure of ice is loose, its volume expands, and its density is less than that of water.
If it is alcohol, ethanol, etc., there are also hydrogen bonds between its molecules. The boiling point of ethanol is higher than that of hydrocarbons with general molecular weight, because it takes extra energy to break hydrogen bonds.
Looking at carboxylic acids, a genus of acetic acid, not only can hydrogen bonds be formed within molecules, but also strong intermolecular hydrogen bonds. This has far-reaching effects on its physical and chemical properties, such as solubility and volatility, which are all related to hydrogen bonds.
In such cases, to sum up, intermolecular hydrogen bonds have great power in the state and nature of things. It is the secret of natural creation. It will be investigated in detail by our generation to understand the true meaning of physical properties.
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