I think the answer to Q. no. (1.19) is wrong. The valve characteristics of an equal percentage valve is f(x) = R^(x-1). You can check this link: nptel.ac.in/content/storage2/courses/108105063/pdf/L-25(SS)(IAC)%20((EE)NPTEL).pdf
Glad you find it useful!!! If you start preparing now i would suggest you to read from books. I have named the books for each subject in the description box. Focus on your basics and practice as much as you can.All the best!! :)
@@chemicalengineeringfriends217 solve this question The gas-phase reaction 2A → R + 2S is second order with respect to A. When entering the pure component A at 1 atm in a batch reactor of constant volume and temperature, pressure rises by 40% from initial value in 3 min. For a batch reactor at constant pressure and the same temperature, calculate: a) Time needed to achieve the same conversion. b) Increase of the volume fraction after that time.
I think the answer to Q. no. (1.19) is wrong. The valve characteristics of an equal percentage valve is f(x) = R^(x-1).
You can check this link: nptel.ac.in/content/storage2/courses/108105063/pdf/L-25(SS)(IAC)%20((EE)NPTEL).pdf
Thanks for spotting that mistake! You are correct. The correct answer to that question is B.
Hopefully people watching this video read this comment.
For 21:56 , the velocity v can be broken down to Q/A and the A can be expressed as (pi*D^(2))/4 ..so then it will come to -1.8.
Nice..informative
Great work!
Excellent explanation and pls explain papers till 2020.
Sure we will do that!! Please wait for the next video.
Thank you so much nice explanation.
Glad it was helpful!
@@chemicalengineeringfriends217 pls continue solving papers it really helps thank you.
@@sailokesh5472 Sure, Will try to upload more GATE paper videos!!
Thanks 😊
How to prepare for gate exam of chemical engineering.
Glad you find it useful!!! If you start preparing now i would suggest you to read from books. I have named the books for each subject in the description box. Focus on your basics and practice as much as you can.All the best!! :)
Thank you very much
Glad you liked it!!
Which page on fogler
Can you please elaborate your question?
@@chemicalengineeringfriends217 question no. 2.16
@@chemicalengineeringfriends217 solve this question
The gas-phase reaction 2A → R + 2S is second order with respect to A. When entering the
pure component A at 1 atm in a batch reactor of constant volume and temperature, pressure
rises by 40% from initial value in 3 min. For a batch reactor at constant pressure and the same
temperature, calculate:
a) Time needed to achieve the same conversion.
b) Increase of the volume fraction after that time.
You can find it in chapter 10 of fogler
@@chemicalengineeringfriends217 thanks ma'am