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On the principle of acid formation between elements and hydrogen
Between heaven and earth, there are many elements, and their properties are different. Among the elements, there are similar elements, which can combine with hydrogen to form acidic compounds.
All kinds of elements, their ability to combine with hydrogen is different. Metal elements are more rigid in nature, and active ones often separate from hydrogen, making it difficult to form acidic properties. Among non-metallic elements, there are many that can combine with hydrogen to form acids.
Non-metallic elements, the state of outer electrons, want more electrons to achieve stability. Hydrogen, only one electron, encounters suitable non-metallic elements, and is willing to co-electron with it to form a covalent bond. Such as chlorine, its outer layer has seven electrons, want to get one electron into the stable state of octet, when exposed to hydrogen, each of the two out of an electron, a total of one electron pair, then into hydrogen chloride, dissolved in water, hydrochloric acid, showing the sign of acidic.
And if the oxygen element, often combined with hydrogen, water or hydrogen peroxide, etc. However, with other non-metallic elements in time, can also be combined with hydrogen to synthesize acids. Such as sulfur, combined with oxygen and hydrogen, can form sulfuric acid. Sulfur has six electrons in the outer layer, and is covalently linked to oxygen, part of the oxygen and hydrogen bonding, sulfuric acid is prepared, in water can dissociate hydrogen ions, acidic.
Overall, whether an element can form an acidic compound with hydrogen depends on its electronic structure and its tendency to gain and lose electrons. Active non-metallic elements, because of their attraction to outer electrons, are easy to bond with hydrogen. After forming an acid, hydrogen ions can be dissociated in water, showing an acidic state. This is the principle of acid formation between elements and hydrogen.
Between heaven and earth, there are many elements, and their properties are different. Among the elements, there are similar elements, which can combine with hydrogen to form acidic compounds.
All kinds of elements, their ability to combine with hydrogen is different. Metal elements are more rigid in nature, and active ones often separate from hydrogen, making it difficult to form acidic properties. Among non-metallic elements, there are many that can combine with hydrogen to form acids.
Non-metallic elements, the state of outer electrons, want more electrons to achieve stability. Hydrogen, only one electron, encounters suitable non-metallic elements, and is willing to co-electron with it to form a covalent bond. Such as chlorine, its outer layer has seven electrons, want to get one electron into the stable state of octet, when exposed to hydrogen, each of the two out of an electron, a total of one electron pair, then into hydrogen chloride, dissolved in water, hydrochloric acid, showing the sign of acidic.
And if the oxygen element, often combined with hydrogen, water or hydrogen peroxide, etc. However, with other non-metallic elements in time, can also be combined with hydrogen to synthesize acids. Such as sulfur, combined with oxygen and hydrogen, can form sulfuric acid. Sulfur has six electrons in the outer layer, and is covalently linked to oxygen, part of the oxygen and hydrogen bonding, sulfuric acid is prepared, in water can dissociate hydrogen ions, acidic.
Overall, whether an element can form an acidic compound with hydrogen depends on its electronic structure and its tendency to gain and lose electrons. Active non-metallic elements, because of their attraction to outer electrons, are easy to bond with hydrogen. After forming an acid, hydrogen ions can be dissociated in water, showing an acidic state. This is the principle of acid formation between elements and hydrogen.
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