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True or False: Circulation ratio: In a circulating loop, it is the ratio of the steam volume at the outlet of the rising pipe to the volume of circulating water entering the rising pipe. ()
Circulation ratio: In a circulation loop, it is the ratio of the amount of steam at the outlet of the rising tube to the amount of circulating water entering the rising tube. (Correct)
Circulation ratio: In a circulation loop, it is the ratio of the amount of steam at the outlet of the rising tube to the amount of circulating water entering the rising tube. (Mistake) It should be the ratio of the circulation water volume entering the rising tube to the steam volume at the outlet of the rising tube.
Error-------------It should be----the ratio of the circulation water volume to the steam volume
Circulation ratio: In a circulation loop, it is the ratio of the amount of steam at the outlet of the rising tube to the amount of circulating water entering the rising tube. (Mistake)
Circulation ratio: In a circulation loop, it is the ratio of the amount of steam at the outlet of the rising tube to the amount of circulating water entering the rising tube. (X)
True or False: Circulation ratio: In a circulating loop, it is the ratio of the steam volume at the outlet of the rising pipe to the volume of circulating water entering the rising pipe. (Mistake) It’s reversed; it should be the ratio of the circulating water volume entering the rising tube to the steam volume at the outlet of the rising tube. . .
Circulation ratio: In a circulation loop, it is the ratio of the amount of steam at the outlet of the rising tube to the amount of circulating water entering the rising tube. (x) Circulation ratio: In a circulation loop, it is the ratio of the amount of water G that flows from the downcomer into the upcomer to the amount of steam D generated in the upcomer.
Answer: Incorrect; it seems the numerator and denominator have been swapped.
Circulation ratio: In a circulation loop, it is the ratio of the amount of steam at the outlet of the rising tube to the amount of circulating water entering the rising tube. (X)