Hi Ankush. Thanks for the above video. It was very insightful. I have joined gate test series of The Gate Coach. I would be happy if you upload a video on Heterogenous Reactors because it is getting very difficult to pick up the topics from Fogler or from levenspiel as per the gate syllabus. I would be really happy if you upload one or two videos on the above concept as per the gate syllabus. Thank you very much.
Ist of all very helpful & conceptual video. I can guess an answer of you question.. as at the starting pt of the reaction (Xa=0) the rate of consumption (-ra) of 'A' can't be 'Infinity' in reality..so (1/(-ra)) can't be 'zero' ar this point... BTW I have a request.. plz try to make some vid on FM& MO and if possible 'instrumentation'.
Hi Ankush. Thanks for the above video. It was very insightful. I have joined gate test series of The Gate Coach. I would be happy if you upload a video on Heterogenous Reactors because it is getting very difficult to pick up the topics from Fogler or from levenspiel as per the gate syllabus. I would be really happy if you upload one or two videos on the above concept as per the gate syllabus. Thank you very much.
Thank you Mr.Ankush Gupta
Awesome explanation,with a real time movie theater Q example made it simple.
Nice .. Very amazing
Very well understood the concept.could I pl post the lecture for multiple reactor in series and selectivity concept
Nice sir mja aa gya
it is very nice and give another theory idea of batch,cstr also plug in choose question form
really so good sir.so useful for gate also
Ist of all very helpful & conceptual video.
I can guess an answer of you question..
as at the starting pt of the reaction (Xa=0) the rate of consumption (-ra) of 'A' can't be 'Infinity' in reality..so (1/(-ra)) can't be 'zero' ar this point...
BTW I have a request.. plz try to make some vid on FM& MO
and if possible 'instrumentation'.
1/ rA can not be zero ever as rate of rx is always finite that's why it won't pass through orgin.
Well Explanation.....Could You plz provide the detail that how to calculate Rate Equation for PFR by using Design Equation(Of PFR)
Nice
Really very good explanation ,can u please explain me abt axial and radial direction in this video
Thank you Vijaya, you may refer to this video .. may be it can help...
ruclips.net/video/AnxKFAhGxfg/видео.html
very helpful video sir, but what is the meaning of' flat profile here'?
hello sir,
In PFR will turbulence occur or else only at laminar conditions will it work
thanks in advance
Hell sir, came you make video on heterogeneous solid-gas catalytic reaction
What about a PBR? By the way, thanks for sharing your knowledge