Mod-01 Lec-03 Lecture-03-Mathematical Modeling (Contd...1)

[@geoksuengoh5726]

4:45 CSTR assumption 8:45 CSTR overall mass balance 12:26 CSTR component mass balance 19:38 CSTR energy balance 35:17 DOF

[@shashwatchaurasia2693]

Useful For Chemical Engineering 7th Semester NIT RAIPUR

[@mojolaoluwabalogun17]

Watch at x2 to save your life

[@pradeepkumaruppara7130]

lololol......true that

[@being_RationaL1]

thanks......man!!!!

[@kishank5072]

Why ×4 is not available XD

[@panashegwarazimba9700]

😂😂😂

[@ridwantukur4506]

Best advice 😂😂😂

[@neetesh84]

After adding 2 more variable in heating tank model , degree of freedom f= 4-4= 0 instead of 2-2=0

[@nikitakotkar3490]

But there are no other variables

[@EngrAbubakarAyubaBabannaMEngRE]

Great job by you people, i have learn alot. thanks

[@chemicalengineeringbd7614]

thank you for the lectures may Allah reward you for your efforts

[@444yyyggg]

Great and clear presentation!! However, in the last energy balance equation of the Stirred Tank Heater example, why the height, h, doesn't vary with time?

[@rajabarnwal4508]

+444yyyggg We did take it to be varying with time. Hence the result. Work it out. You will understand.

[@VijayendranRaghavendran]

Thank you for the excellent lecture, Prof. Jana.

[@jomipurayidam]

Very good demonstration in simple and perfect methods

[@teklemariamnegash7282]

what a good lecture is.....................................

[@avinashmokashe527]

Thanku so much Sir.... 🔥🔥🔥

[@SaahilYechuri]

mole/volume is Molarity not Molality.

[@ramamohanakondala3556]

excellent presentation. sir thank you

[@doit4luv1]

Clear presentation.

[@notabibliophile1518]

19:35

[@thatomokoena7936]

Makes sense But how do we solve the one with 2 stirred tanks

[@talalsaif3427]

Great work. Where can I find the full playlist?

[@KrishnaRaj94]

very good class. thanks lot..

[@antoniolee7330]

Can anybody share the playlist link for this lecture, please?

[@adrianm3292]

excellent lecture! thank you!

[@irfanilmi6880]

why when cstr component balance he expanded the derivation from d/dt(VcA) become to derivation which are CA(dv/dt) +V(dcA/dt) ..sorry didt get that

[@divyaaaaaaaaaaaaaaa]

Why rate is multiplied by Volume ?

[@kishank5072]

Here component balance is written in mole/s unit. Rate*volume = (moles/(volume*time))*(volume) which gives mole/s.

[@anncarter3254]

humans responding to correspondence, wow

[@youssofism]

Thank u

[@iixkimmiix_4282]

Do u seariously have to do this in like high school 😩🔥😭😭

[@yashvirsingh4872]

itna dhiRE Q PADATE HO.

[@Danile120]

When your teacher is so useless that you have to come here

[@lordjim24]

Damn accent.