【Daily Question】March 22, 2016: How does the product distribution change after using an olefin-reducing additive in a catalytic unit?
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After using the olefin-reducing additive, the LPG yield is ( ), while the gasoline and diesel yields are ( ). A. Increase B. Remain unchanged C. Decrease D. Unable to determine A C
C A ~~~~~~~~~
After using the olefin-reducing additive, the LPG yield (A) increases, while the gasoline and diesel yields (C) decrease
After using the olefin reduction additive, the liquefied gas yield (A), and the gasoline and diesel yields (C)
After using the olefin-reducing additive, the liquefied gas yield is ( A ), while the yield of gasoline and diesel is ( ). A. Increases B. Remains unchanged C. Decreases D. Cannot be determined
After using the olefin-reducing additive, the liquefied gas yield (C), and the gasoline and diesel yields (A): A. Increase B. Remain unchanged C. Decrease D. Cannot be determined
After using the olefin-reducing additive, the liquefied gas yield is (A), while the gasoline and diesel yields are (C). A. Increase B. Remain unchanged C. Decrease D. Unable to determine
After using the olefin reduction additive, the LPG yield (A), as well as the gasoline and diesel yields (C): A. Increase B. Remain unchanged C. Decrease D. Unable to determine