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At the same temperature and pressure, the same volume of the flask is filled with ammonia and hydrogen chloride gas respectively. After the fountain experiment, the water is filled with the flask. The ratio of the mass concentration of the solution in the flask is—? At the same temperature and pressure, the same volume of the flask is filled with ammonia gas and hydrogen chloride gas respectively. After the fountain experiment, the water is filled with the flask. The ratio of the mass concentration of the solution in the flask is—?
1/1 Ah, the mole of gas is only related to the volume of temperature and pressure, not to that substance
The ratio of the mass concentration of the solute in an equal volume flask filled with ammonia and hydrogen chloride at the same temperature and pressure and tested in a fountain Liquid filled flask
It is easy to know that the volume of ammonia and hydrogen chloride is the same, so the amount is the same.
Liquids are filled in the flask, which means that the solution concentration is the same.
Therefore, the concentration is the same, and the ratio is 1:1
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