FUG Method MCQ

Test your knowledge with important FUG Method MCQ and their applications. These MCQs are beneficial for competitive exams too. Explore 30 + more FUG Method MCQs at Bissoy

• If the : Component distillate rate for LK (di) = 50 Component distillate rate for HK (dj) = 10 Bottom flow rate for LK (bi) = 20 Bottom flow rate for HK (bj) = 10 Mean relative volatility is 2 What is the minimum number of stages required?
  ক

  1

  খ

  2

  গ

  3

  ঘ

  4
• If the : Component distillate rate for LK (di) = 90 Component distillate rate for HK (dj) = 20 Bottom flow rate for LK (bi) = 30 Bottom flow rate for HK (bj) = 10 Mean relative volatility is 2 What is the minimum number of stages required?
  ক

  1

  খ

  2

  গ

  3

  ঘ

  4
• If the : Component distillate rate for LK (di) = 60 Component distillate rate for HK (dj) = 10 Bottom flow rate for LK (bi) = 30 Bottom flow rate for HK (bj) = 10 Mean relative volatility is 2 What is the minimum number of stages required?
  ক

  1

  খ

  2

  গ

  3

  ঘ

  4
• If the : Component distillate rate for LK (di) = 160 Component distillate rate for HK (dj) = 30 Bottom flow rate for LK (bi) = 30 Bottom flow rate for HK (bj) = 10 Mean relative volatility is 2 What is the minimum number of stages required?
  ক

  1

  খ

  2

  গ

  3

  ঘ

  4
• If the : Component distillate rate for LK (di) = 80 Component distillate rate for HK (dj) = 30 Bottom flow rate for LK (bi) = 30 Bottom flow rate for HK (bj) = 10 Mean relative volatility is 2 What is the minimum number of stages required?
  ক

  1

  খ

  2

  গ

  3

  ঘ

  4
• If the : Component distillate rate for LK (di) = 50 Component distillate rate for HK (dj) = 40 Bottom flow rate for LK (bi) = 30 Bottom flow rate for HK (bj) = 10 Mean relative volatility is 2 What is the minimum number of stages required?
  ক

  1

  খ

  2

  গ

  3

  ঘ

  4
• If the : Component distillate rate for LK (di) = 40 Component distillate rate for HK (dj) = 30 Bottom flow rate for LK (bi) = 30 Bottom flow rate for HK (bj) = 10 Mean relative volatility is 3 What is the minimum number of stages required?
  ক

  1

  খ

  2

  গ

  3

  ঘ

  4
• If the : Component distillate rate for LK (di) = 20 Component distillate rate for HK (dj) = 30 Bottom flow rate for LK (bi) = 30 Bottom flow rate for HK (bj) = 10 Mean relative volatility is 3 What is the minimum number of stages required?
  ক

  1

  খ

  2

  গ

  3

  ঘ

  4
• If the : Component distillate rate for LK (di) = 20 Component distillate rate for HK (dj) = 30 Bottom flow rate for LK (bi) = 30 Bottom flow rate for HK (bj) = 10 Mean relative volatility is 2 What is the minimum number of stages required?
  ক

  1

  খ

  2

  গ

  3

  ঘ

  4
• Why is column pressure fixed after design problems are solved?
  ক

  Because the answer of design problems is column pressure

  খ

  The design problems are independent of column pressure

  গ

  The design problems are difficult

  ঘ

  The design problems do not use column pressure while solving
• The light key split is ______ whereas high key split is _______
  ক

  Not sharp, sharp

  খ

  Sharp, sharp

  গ

  Sharp, not sharp

  ঘ

  Not sharp, not sharp
• Where is the separation more difficult?
  ক

  Debutanizer

  খ

  Deisobutanizer

  গ

  Both are simple

  ঘ

  Both are difficult
• What is true if debutanizer is placed first in sequence?
  ক

  N-butane is LK and isobutane is HK

  খ

  Isobutane is LK and n-butane is HK

  গ

  Both are LK

  ঘ

  Both are HK
• Low key and high key are _______ in volatility.
  ক

  Same

  খ

  Adjacent

  গ

  Different

  ঘ

  Not related