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Very informative videos

Proud to be JU Chemical engeneering student❤

Great lecture sir

Very nicely clarified

❤ excellent 👌

Literally the best lecture on this topic , i found till now , thank you sir

Sir in Bond's law isn't there a 2 multiplied with the K_B

Thank you sir ❤

A small correction...the example discussed is at temperature of 25 degree celsius or at 298.15 K...not at 273.15 K

a small correction Cv/R = Cp/R-1

How to calculate Vt for intermediate region?

Wish I came across this earlier guy

Sir for constant rate filtration

Sir Plz Star Chemical Process Calculation 🥹 Humble Request sir sir....plzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzz

Excellent ❤😊

at 5:06 in eqn 5 i guess term mp is missing in numerator inside underroot, correct me if im wrong

levenspiel questions answers please

Hi Dr can you please explain how did you get to the final step of the E equation. I see you have changed the signs of the Xd-Xb to get the squared answer. Why did you change it and how

What is the ball charging formula and how to it calculation please give a class sir

Thank you Dr. Surendra Sasikumar Jampa

Which college is this, Sir ji

Additional information....If there is any reaction energy...it is already included in the first law in the form of change in internal energy term....for more detailed derivation of first law for open system is derived in the following link...ruclips.net/video/RoRfvKcCGmY/видео.htmlsi=ctXuYVfo9ZudCW5_

❤

Very nice and helpful lecture 😊😊 Sir please cover entropy, TS Curve and steam table portion 😊

Sir why not the material also not rotated as likely with the balls? Is there any reason?

Sir i have small doubt please clarify it sir 🙏 Honarable sir area is inversely proportional to velocity and area is inversely proportional to the pressure so pressure and velocity has to be directly proportional but in that case pressure and velocity is inversely proportional to the pressure So i question is how this is happening and in Venturi meter how when area is decreasing the pressure decreasing but velocity increasing and how at that increasing area regains pressure and decreases velocity according to pressure formula area must be inversely proportional to pressure but in this case this not happening how at that particular area knows to decrease the pressure and to increase velocity

Very nice and informative.

Excellent, thank you!

Sir please incluse some lab experiment demonstrations if possible

Eagerly waiting for the complete lecture series.

Sir please upload all the topics your lecture is awesome you nailed it please upload all the topics of chemical engineering if your you are free

Sir please upload some lab experiment sessions

Sir please upload the full lecture series.Your teaching style is just amazing.

Hello Dr.surenda sasikumal jampa iam from ethiopia ,so thank you for your totorial about reaction engineering course from my heart fullbut can you give some expression about based on reactor by the type of reaction ,endothermic ,exothermic ,which reactor is best in endothermic and how

You are the best Sir, your tutorials are easy to follow

Thank you sir 🙏🙏

great job!!!!!

Thank you sir

Sir, Is this calculation specific to liquid mixing only? If so, could you please suggest the approach for power or torque calculation in a waste (solid) agitator? Additionally, if you have any book recommendations on this topic, I would appreciate it..😊 Thank you in advance.

Sir audio is interrupted in video can u see into the audio issue

After 16mins audio is not audible also do the modules for CRE 2 as well

Informative ❤

Sir little correction , you took 1000 initial moles instead of 3000.

Price

sir the audio was interrupted in the part of the video🥲

Thanks sir bhut achha samjhaya

very good sir

Reference texts as well as CFD and other studies published on net indicate that baffling always increases the power consumption. However your calculation shows otherwise. Any clarity on the conditions this could happen?

nice explanation

sir , I think you have written formula for case 2 and 3 are wrong.