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One question per day; those who answer correctly receive 6 wealth points, while participants receive 2 wealth points; Question 350

2015-11-02View Original

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This post was last edited by YongBu※YanQi on 2015-11-2 at 23:22. Fill-in-the-blank question: The required ratio of acetylene to hydrogen chloride during production is that ( ) should not be in excess, while hydrogen chloride may be in excess ( ). Answer: Acetylene, 5–10%
Reply #22015-11-03
In production, the ratio of acetylene to hydrogen chloride is required such that acetylene is not in excess, while hydrogen chloride is present in excess (2-10%)
Reply #32015-11-03
(Acetylene) not in excess, hydrogen chloride (5-10% in excess)
Reply #42015-11-03
The ratio requirement for acetylene and hydrogen chloride in production is that hydrogen chloride is in excess; acetylene is not in excess, with hydrogen chloride making up 2~10% of the mixture.
Reply #52015-11-03
Acetylene. . . . . . . . . . . . . ?
Reply #62015-11-03
The ratio requirements for acetylene and hydrogen chloride in production are such that hydrogen chloride is in excess, while acetylene is not; the excess amount of hydrogen chloride is specified to be 2–10%.
Reply #72015-11-03
In production, the ratio of acetylene to hydrogen chloride requires that acetylene be not in excess, while hydrogen chloride should be in excess by (2-10%).
Reply #82015-11-03
In production, the ratio of acetylene to hydrogen chloride requires that acetylene be not in excess, while hydrogen chloride should be in excess by (2-10%).
Reply #92015-11-03
In production, the ratio of acetylene to hydrogen chloride is required such that acetylene is not in excess, while hydrogen chloride is present in excess (2-10%)
Reply #102015-11-03
In production, the ratio of acetylene to hydrogen chloride is required such that acetylene is not in excess, while hydrogen chloride is present in excess (2-10%)
Reply #112015-11-03
In production, the ratio of acetylene to hydrogen chloride requires that acetylene be not in excess, while hydrogen chloride should be in excess by (2–10%).

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