【Daily Question】Wastewater Knowledge - 10-27 (2 points for answering, 5 points for a correct answer)
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This post was last edited by zhaolijun on 2015-10-30 13:15. True or False: Installing inclined plates in a conventional sedimentation tank reduces the sedimentation area within the tank, shortens the depth over which particles settle, improves the flow conditions, and creates optimal conditions for particle sedimentation. Correct ； Error
Installing inclined plates in a conventional sedimentation tank reduces the sedimentation area within the tank, shortens the depth over which particles settle, improves the flow conditions, and creates optimal conditions for particle sedimentation. ( X )
Installing inclined plates in a conventional sedimentation tank reduces the sedimentation area within the tank, shortens the depth over which particles settle, improves the flow conditions, and creates optimal conditions for particle sedimentation. (X)
Installing inclined plates in a conventional sedimentation tank reduces the sedimentation area within the tank, shortens the depth over which particles settle, improves the flow conditions, and creates optimal conditions for particle sedimentation. Correct
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Installing inclined plates in a conventional sedimentation tank reduces the sedimentation area within the tank, shortens the depth over which particles settle, improves the flow conditions, and creates optimal conditions for particle sedimentation. Error
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Installing inclined plates in a conventional sedimentation tank reduces the sedimentation area within the tank, shortens the depth over which particles settle, improves the flow conditions, and creates optimal conditions for particle sedimentation. (Mistake)
Installing inclined plates in a conventional sedimentation tank reduces the sedimentation area within the tank, shortens the depth over which particles settle, improves the flow conditions, and creates optimal conditions for particle sedimentation. (✘)
Installing inclined plates in a conventional sedimentation tank reduces the sedimentation area within the tank, shortens the depth over which particles settle, improves the flow conditions, and creates optimal conditions for particle sedimentation. (X)