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Fill-in-the-blank question: At the same temperature and pressure, in an aqueous solution, the volatility of hydrogen sulfide is (greater than) that of ammonia. Correct answer: +5 points; In-depth discussion: +8 points. Activities: “I’m the Most Crazy” – +20 points; “Haichuan Thanksgiving Season” – +30 points. [Petroleum chemicals related activity] Registration for “I’m the Most Crazy” activity: http://bbs.hcbbs.com/thread-1487895-1-1.html (Source: Haichuan Chemicals Forum). Year-end event – “Haichuan Thanksgiving Season” [Petroleum and chemical industry section]: Everyone is welcome to participate; great prizes await! http://bbs.hcbbs.com/thread-1532394-1-1.html (Source: Haichuan Chemicals Forum)
At the same temperature and pressure, in an aqueous solution, the volatility of hydrogen sulfide is (higher) than that of ammonia
At the same temperature and pressure, in an aqueous solution, the volatility of hydrogen sulfide is (higher) than that of ammonia
At the same temperature and pressure, in an aqueous solution, the volatility of hydrogen sulfide is (greater than) that of ammonia
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At the same temperature and pressure, in an aqueous solution, the volatility of hydrogen sulfide is (higher) than that of ammonia
At the same temperature and pressure, in an aqueous solution, the volatility of hydrogen sulfide is (higher) than that of ammonia