Ammonia Reacts With Water
The reaction between ammonia and water
Ammonia is also a kind of gas. Its characteristics are specific, and when it encounters water, it will change. When ammonia and water have a phase value, the two blend, as if they are welcoming the guest and the host, and the change is wonderful.
Ammonia enters water, just like a wanderer returning home, embracing water. When ammonia ($NH_3 $) meets water ($H_2O $), the nitrogen atom of ammonia attracts the hydrogen atom of water with its lone pair of electrons, just like a bridge, forming ammonia monohydrate ($NH_3\ cdot H_2O $). This ammonia monohydrate is not alone in water, but has a change of ionization.
Ammonia monohydrate is partially separated and dissolved in water. Ammonia monohydrate ($NH_3\ cdot H_2O $) ionizes to produce ammonium ions ($NH_4 ^ + $) and hydroxide ions ($OH ^ - $). Therefore, the solution in which ammonia reacts with water shows the sign of alkalinity. If you test it with a test strip, the color of the test strip will change, and its properties can be known.
The reaction of ammonia with water is not unique. This reaction is also very useful in all things in the chemical industry. The principle of its change is the basis of all kinds of processes, and it is related to people's livelihood and industry. The world should study the theory of chemistry in depth, so as to understand the way of all things changing, and make good use of its method to benefit the world.
Ammonia is also a kind of gas. Its characteristics are specific, and when it encounters water, it will change. When ammonia and water have a phase value, the two blend, as if they are welcoming the guest and the host, and the change is wonderful.
Ammonia enters water, just like a wanderer returning home, embracing water. When ammonia ($NH_3 $) meets water ($H_2O $), the nitrogen atom of ammonia attracts the hydrogen atom of water with its lone pair of electrons, just like a bridge, forming ammonia monohydrate ($NH_3\ cdot H_2O $). This ammonia monohydrate is not alone in water, but has a change of ionization.
Ammonia monohydrate is partially separated and dissolved in water. Ammonia monohydrate ($NH_3\ cdot H_2O $) ionizes to produce ammonium ions ($NH_4 ^ + $) and hydroxide ions ($OH ^ - $). Therefore, the solution in which ammonia reacts with water shows the sign of alkalinity. If you test it with a test strip, the color of the test strip will change, and its properties can be known.
The reaction of ammonia with water is not unique. This reaction is also very useful in all things in the chemical industry. The principle of its change is the basis of all kinds of processes, and it is related to people's livelihood and industry. The world should study the theory of chemistry in depth, so as to understand the way of all things changing, and make good use of its method to benefit the world.

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