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不同的氮的氧化物在不同情况下溶于水生成硝酸的浓度不相同,此类计算复杂多变,学生在学习中容易出现这样那样的错误,为了使学生能熟练掌握此类计算,现将其有关计算类型归类如下:1 NO_2溶于水生成硝酸例1 在标准状况下将67.2mL的NO_2气体充入一干燥烧瓶后倒立于水槽中,烧瓶中的液面渐渐上升,求最后进入烧瓶中溶液的物质的量浓度?
Different concentrations of nitrogen oxides are different in the concentration of nitric acid dissolved in water in different situations. Such calculations are complex and changeable. Students are prone to such mistakes in their studies. To enable students to master such calculations, they will The relevant calculation types are classified as follows: 1 NO 2 is dissolved in water to generate nitric acid Example 1 In a standard condition, 67.2 mL of NO 2 gas is filled into a dry flask and inverted in a water bath. The liquid level in the flask gradually rises, and the flask finally enters the flask. The concentration of the substance in the solution?