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Which of the following is the expression of the Rose equation where symbols have their usual meanings?
- a)hf = f* (L/(s *d)) * ((1-e) /e3 ) * (v2/g)
- b)hf = f* (L/(s *d)) * ((1-e) /e3 ) * (v/g)
- c)hf = f* (L/(s *d)) * ((1-e) /e4 ) * (v2/g)
- d)hf = f* (L/(s *d)) * ((1-e) /e2 ) * (v2/g)
Correct answer is option 'A'. Can you explain this answer?
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Which of the following is the expression of the Rose equation where sy...
Explanation: The expression of the Rose equation is given by hf = f* (L/(s *d)) * ((1-e4) /e3) * (v2/g) where hf =head loss, d= diameter of pipe. L= length of pipe and v=approach velocity and f= 1.067CD, Where CD is the coefficient of drag.
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Which of the following is the expression of the Rose equation where sy...
Explanation:
The Rose equation is a correlation used in chemical engineering to calculate the pressure drop (hf) across a packed bed. The equation is given by:
hf = f* (L/(s *d)) * ((1-e) /e3) * (v2/g)
Where:
- hf is the pressure drop across the packed bed (in units of length)
- f is the friction factor
- L is the length of the bed (in units of length)
- s is the specific surface area of the packing material (in units of area/volume)
- d is the diameter of the packing particles (in units of length)
- e is the void fraction (dimensionless)
- v is the superficial velocity (in units of velocity)
- g is the acceleration due to gravity (in units of length/time^2)
Explanation of each term:
- f* (L/(s *d)): This term represents the contribution of the bed length, specific surface area, and particle diameter to the pressure drop. It takes into account the resistance offered by the packing material to the flow of fluid.
- ((1-e) /e3): This term represents the contribution of the void fraction to the pressure drop. The void fraction is the ratio of the volume of voids (empty space) to the total volume of the packed bed. A higher void fraction leads to a lower pressure drop.
- (v2/g): This term represents the contribution of the superficial velocity and acceleration due to gravity to the pressure drop. It takes into account the kinetic energy of the fluid flowing through the packed bed.
Selection of the correct option:
Based on the given options, the correct expression of the Rose equation is option A:
hf = f* (L/(s *d)) * ((1-e) /e3) * (v2/g)
This is because it follows the correct form of the Rose equation and includes all the necessary terms and variables. The other options have variations in the exponent of the term ((1-e) /e), which is incorrect.
Therefore, option A is the correct expression of the Rose equation.
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Which of the following is the expression of the Rose equation where symbols have their usual meanings?a)hf = f* (L/(s *d)) * ((1-e) /e3) * (v2/g)b)hf = f* (L/(s *d)) * ((1-e) /e3) * (v/g)c)hf = f* (L/(s *d)) * ((1-e) /e4) * (v2/g)d)hf = f* (L/(s *d)) * ((1-e) /e2) * (v2/g)Correct answer is option 'A'. Can you explain this answer?
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Which of the following is the expression of the Rose equation where symbols have their usual meanings?a)hf = f* (L/(s *d)) * ((1-e) /e3) * (v2/g)b)hf = f* (L/(s *d)) * ((1-e) /e3) * (v/g)c)hf = f* (L/(s *d)) * ((1-e) /e4) * (v2/g)d)hf = f* (L/(s *d)) * ((1-e) /e2) * (v2/g)Correct answer is option 'A'. Can you explain this answer? for Chemical Engineering 2024 is part of Chemical Engineering preparation. The Question and answers have been prepared according to the Chemical Engineering exam syllabus. Information about Which of the following is the expression of the Rose equation where symbols have their usual meanings?a)hf = f* (L/(s *d)) * ((1-e) /e3) * (v2/g)b)hf = f* (L/(s *d)) * ((1-e) /e3) * (v/g)c)hf = f* (L/(s *d)) * ((1-e) /e4) * (v2/g)d)hf = f* (L/(s *d)) * ((1-e) /e2) * (v2/g)Correct answer is option 'A'. Can you explain this answer? covers all topics & solutions for Chemical Engineering 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Which of the following is the expression of the Rose equation where symbols have their usual meanings?a)hf = f* (L/(s *d)) * ((1-e) /e3) * (v2/g)b)hf = f* (L/(s *d)) * ((1-e) /e3) * (v/g)c)hf = f* (L/(s *d)) * ((1-e) /e4) * (v2/g)d)hf = f* (L/(s *d)) * ((1-e) /e2) * (v2/g)Correct answer is option 'A'. Can you explain this answer?.
Which of the following is the expression of the Rose equation where symbols have their usual meanings?a)hf = f* (L/(s *d)) * ((1-e) /e3) * (v2/g)b)hf = f* (L/(s *d)) * ((1-e) /e3) * (v/g)c)hf = f* (L/(s *d)) * ((1-e) /e4) * (v2/g)d)hf = f* (L/(s *d)) * ((1-e) /e2) * (v2/g)Correct answer is option 'A'. Can you explain this answer? for Chemical Engineering 2024 is part of Chemical Engineering preparation. The Question and answers have been prepared according to the Chemical Engineering exam syllabus. Information about Which of the following is the expression of the Rose equation where symbols have their usual meanings?a)hf = f* (L/(s *d)) * ((1-e) /e3) * (v2/g)b)hf = f* (L/(s *d)) * ((1-e) /e3) * (v/g)c)hf = f* (L/(s *d)) * ((1-e) /e4) * (v2/g)d)hf = f* (L/(s *d)) * ((1-e) /e2) * (v2/g)Correct answer is option 'A'. Can you explain this answer? covers all topics & solutions for Chemical Engineering 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Which of the following is the expression of the Rose equation where symbols have their usual meanings?a)hf = f* (L/(s *d)) * ((1-e) /e3) * (v2/g)b)hf = f* (L/(s *d)) * ((1-e) /e3) * (v/g)c)hf = f* (L/(s *d)) * ((1-e) /e4) * (v2/g)d)hf = f* (L/(s *d)) * ((1-e) /e2) * (v2/g)Correct answer is option 'A'. Can you explain this answer?.
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Which of the following is the expression of the Rose equation where symbols have their usual meanings?a)hf = f* (L/(s *d)) * ((1-e) /e3) * (v2/g)b)hf = f* (L/(s *d)) * ((1-e) /e3) * (v/g)c)hf = f* (L/(s *d)) * ((1-e) /e4) * (v2/g)d)hf = f* (L/(s *d)) * ((1-e) /e2) * (v2/g)Correct answer is option 'A'. Can you explain this answer?, a detailed solution for Which of the following is the expression of the Rose equation where symbols have their usual meanings?a)hf = f* (L/(s *d)) * ((1-e) /e3) * (v2/g)b)hf = f* (L/(s *d)) * ((1-e) /e3) * (v/g)c)hf = f* (L/(s *d)) * ((1-e) /e4) * (v2/g)d)hf = f* (L/(s *d)) * ((1-e) /e2) * (v2/g)Correct answer is option 'A'. Can you explain this answer? has been provided alongside types of Which of the following is the expression of the Rose equation where symbols have their usual meanings?a)hf = f* (L/(s *d)) * ((1-e) /e3) * (v2/g)b)hf = f* (L/(s *d)) * ((1-e) /e3) * (v/g)c)hf = f* (L/(s *d)) * ((1-e) /e4) * (v2/g)d)hf = f* (L/(s *d)) * ((1-e) /e2) * (v2/g)Correct answer is option 'A'. Can you explain this answer? theory, EduRev gives you an
ample number of questions to practice Which of the following is the expression of the Rose equation where symbols have their usual meanings?a)hf = f* (L/(s *d)) * ((1-e) /e3) * (v2/g)b)hf = f* (L/(s *d)) * ((1-e) /e3) * (v/g)c)hf = f* (L/(s *d)) * ((1-e) /e4) * (v2/g)d)hf = f* (L/(s *d)) * ((1-e) /e2) * (v2/g)Correct answer is option 'A'. Can you explain this answer? tests, examples and also practice Chemical Engineering tests.
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