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Is Hydrogen Sulfide An Acid
On whether hydrogen sulfide is an acid
The nature of the human substance is often in reason. To know whether hydrogen sulfide is an acid, it must be determined by reason.
Acid, in water, can be dissociated to produce hydrogen ions. Looking at hydrogen sulfide, in water, it can gradually dissociate and release hydrogen ions.
Covers hydrogen sulfide in water, initially dissociates into hydrogen ions and thiohydrogen ions, and then thiohydrogen ions redissociate, and also produce hydrogen ions. This dissociation image is similar to the characteristics of acids.
However, the nature of acids is not only the dissociation of hydrogen ions. When it encounters alkali, it can form salt and water, and it should be neutralized. When hydrogen sulfide encounters alkali, it can indeed form salt and water. If hydrogen sulfide and sodium hydroxide are combined, sodium sulfide and water are obtained, which is the proof of neutralization.
And acid can change the color of the indicator, and with the aqueous solution of hydrogen sulfide, blue litmus test paper can turn red, and it also shows the sign of acidity.
To sum up, with its dissociation of hydrogen ions in water, it can form a neutralization response with alkali, and it can change the color of the indicator. At the end of the world, hydrogen sulfide has the property of acid, and it is regarded as an acid.
The nature of the human substance is often in reason. To know whether hydrogen sulfide is an acid, it must be determined by reason.
Acid, in water, can be dissociated to produce hydrogen ions. Looking at hydrogen sulfide, in water, it can gradually dissociate and release hydrogen ions.
Covers hydrogen sulfide in water, initially dissociates into hydrogen ions and thiohydrogen ions, and then thiohydrogen ions redissociate, and also produce hydrogen ions. This dissociation image is similar to the characteristics of acids.
However, the nature of acids is not only the dissociation of hydrogen ions. When it encounters alkali, it can form salt and water, and it should be neutralized. When hydrogen sulfide encounters alkali, it can indeed form salt and water. If hydrogen sulfide and sodium hydroxide are combined, sodium sulfide and water are obtained, which is the proof of neutralization.
And acid can change the color of the indicator, and with the aqueous solution of hydrogen sulfide, blue litmus test paper can turn red, and it also shows the sign of acidity.
To sum up, with its dissociation of hydrogen ions in water, it can form a neutralization response with alkali, and it can change the color of the indicator. At the end of the world, hydrogen sulfide has the property of acid, and it is regarded as an acid.
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