The large insulated flash chamber of a vacuum refrigeration plant is kept at low temperature by a steam jet which pumps vapor to a condenser . The condensate pump removes the condensate formed and an air ejector discharges air from the condenser to an air vent . Warm water returns enters the flash chamber at 13 deg C ; chilled water leaves the flash chamber at 4 deg C . The vapor leaving the flash chamber has a dryness factor of 97% and the condenser inside temperature is 32 deg C . For 100 tons of refrigeration , determine the quantity in cubic meter per minute of chilled water at 4 deg C that the system can provide . A) 0.45 B) 0.56 C) 9.33 D) 0.75
The large insulated flash chamber of a vacuum refrigeration plant is kept at low temperature by a steam jet which pumps vapor to a condenser . The condensate pump removes the condensate formed and an air ejector discharges air from the condenser to an air vent . Warm water returns enters the flash chamber at 13 deg C ; chilled water leaves the flash chamber at 4 deg C . The vapor leaving the flash chamber has a dryness factor of 97% and the condenser inside temperature is 32 deg C . For 100 tons of refrigeration , determine the quantity in cubic meter per minute of chilled water at 4 deg C that the system can provide . A) 0.45 B) 0.56 C) 9.33 D) 0.75
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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The large insulated flash chamber of a vacuum refrigeration plant is kept at low temperature
by a steam jet which pumps vapor to a condenser . The condensate pump removes the
condensate formed and an air ejector discharges air from the condenser to an air vent .
Warm water returns enters the flash chamber at 13 deg C ; chilled water leaves the flash
chamber at 4 deg C . The vapor leaving the flash chamber has a dryness factor of 97% and
the condenser inside temperature is 32 deg C . For 100 tons of refrigeration , determine the
quantity in cubic meter per minute of chilled water at 4 deg C that the system can provide .
A) 0.45
B) 0.56
C) 9.33
D) 0.75
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