Chemical Engineering - Mass Transfer - Discussion
Discussion Forum : Mass Transfer - Section 2 (Q.No. 23)
23.
In McCabe-Thiele method, at infinite reflux ratio
Discussion:
17 comments Page 1 of 2.
Pujan et al said:
6 years ago
It should be option C. Because intercept became zero.
(3)
TANMAY SHAH said:
2 years ago
Both options A & B are correct for the condition of Infinite Reflux Ratio.
So, The Right Answer is Option C.
So, The Right Answer is Option C.
(2)
Neeraj said:
5 years ago
C is the correct answer, according to McCabe-Thiele method the top operating line is plotted between [0, Xd/ (R+1) ] to (Xd, Xd) and at an infinite reflux ratio.
(2)
Vikash said:
5 years ago
C is the right answer. If the reflux ratio is increasing than a number of plates is minimum so that both the operating lines coincide with diagonal.
(1)
RheoRex said:
6 years ago
The operating line of only the rectifying section coincides with the diagonal line, and not both the operating lines, so B is correct I think.
(1)
Jhunjhun Kumar said:
7 years ago
According to me, C is correct.
Kamal Rathor said:
8 months ago
C is the right answer because in the Total reflux condition minimum number of plates and both operating lines coincide with the diagnosis.
So Option (C) is right.
So Option (C) is right.
Shruti said:
7 years ago
I think it is option C.
Sewagegn menberu said:
7 years ago
Option C is the correct answer.
THE EXPERT said:
1 decade ago
This answer is wrong it should be "c" because when we see at the operating line for enriching section by McCabe - Thiele method it produces the equation of the diagonal.
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