Holbreich Problem 52
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52. A hot solution of KOH reacts with chlorine according to the equation
6KOH+3Cl2=5KCl+KClO3+3H2O
How much KOH will be required to react with 0.8 m3 of chlorine (at 7 °C and 98.64 kPa)? How many kilograms of KClO3 are formed in this case?
6KOH+3Cl2=5KCl+KClO3+3H2O
How much KOH will be required to react with 0.8 m3 of chlorine (at 7 °C and 98.64 kPa)? How many kilograms of KClO3 are formed in this case?
Read the product description. After payment, the system will redirect you to a page with a ready-made solution to problem 52 from the collection: Z. E. Golbraykh, E. I. Maslov. Collection of problems and exercises in chemistry: Textbook. manual for chemical technology. specialist. universities - 5th ed., revised. and additional - M.: Higher School, 1997. - 384 p.: ill. The solution is a document formatted in MS Word.
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