Shanxian Chemical
SUPPLEMENTS
Draw Hydrogen Bonded Network of 10 Water Molecules
The hydrogen bond network of water is depicted
Those who hear the water are the softest in the world, but they can overcome rigidity. With their purity and goodness, the intermolecular phase is hydrogen-bonded, forming a wonderful network. Now I want to draw the hydrogen bond network of ten water molecules, and describe its details.
The molecule of water is composed of hydrogen and oxygen. Hydrogen is active; oxygen is highly electronegative. In a water molecule, oxygen is covalently connected to dihydrogen, but oxygen has a strong force to absorb electrons, causing hydrogen to be slightly positively charged, and oxygen is negatively charged.
When ten water molecules come together, hydrogen bonds are formed due to the positive electricity of hydrogen and the negative electricity of other water molecules. Although this hydrogen bond is weaker than the covalent bond, it has a huge impact on the behavior of water.
Looking at the ten water molecules, the hydrogen of the one water molecule can be related to the oxygen of the adjacent water molecule by hydrogen bonds. In this way, the water molecules are connected to each other, either horizontally or vertically, or curved or straight, and the hydrogen bonds are intertwined to form a complex and orderly network.
For example, if the water molecule A forms a hydrogen bond with the oxygen of the water molecule B, and the other hydrogen of the water molecule B is connected to the oxygen of the water molecule C. According to this law, the hydrogen bonds between the ten water molecules are crisscrossed. There are star-like lists, each independent, and interrelated, forming a harmonious whole.
From this perspective, the hydrogen bond network of water is actually a delicate design of nature. The existence of this network makes water have the characteristics of high boiling point and high specific heat capacity, and it is of great value to live in all things. Drawing this network is also to glimpse the mysteries of nature and explore the wonders of the microscopic world. We should use a rigorous state to trace its shape and deeply understand its reason.
Those who hear the water are the softest in the world, but they can overcome rigidity. With their purity and goodness, the intermolecular phase is hydrogen-bonded, forming a wonderful network. Now I want to draw the hydrogen bond network of ten water molecules, and describe its details.
The molecule of water is composed of hydrogen and oxygen. Hydrogen is active; oxygen is highly electronegative. In a water molecule, oxygen is covalently connected to dihydrogen, but oxygen has a strong force to absorb electrons, causing hydrogen to be slightly positively charged, and oxygen is negatively charged.
When ten water molecules come together, hydrogen bonds are formed due to the positive electricity of hydrogen and the negative electricity of other water molecules. Although this hydrogen bond is weaker than the covalent bond, it has a huge impact on the behavior of water.
Looking at the ten water molecules, the hydrogen of the one water molecule can be related to the oxygen of the adjacent water molecule by hydrogen bonds. In this way, the water molecules are connected to each other, either horizontally or vertically, or curved or straight, and the hydrogen bonds are intertwined to form a complex and orderly network.
For example, if the water molecule A forms a hydrogen bond with the oxygen of the water molecule B, and the other hydrogen of the water molecule B is connected to the oxygen of the water molecule C. According to this law, the hydrogen bonds between the ten water molecules are crisscrossed. There are star-like lists, each independent, and interrelated, forming a harmonious whole.
From this perspective, the hydrogen bond network of water is actually a delicate design of nature. The existence of this network makes water have the characteristics of high boiling point and high specific heat capacity, and it is of great value to live in all things. Drawing this network is also to glimpse the mysteries of nature and explore the wonders of the microscopic world. We should use a rigorous state to trace its shape and deeply understand its reason.
Scan to WhatsApp
