Mod-01 Lec-10 Design of Batch reactors Part I

[@murugappan_N]

You can find this missing derivation in levenspiel book page number 91 under the title ideal batch reactor(chapter 5). Simple mass balance leads to the final equation... Come on guys !! We are chemical engineers and we can back track anything !! Don't get saturated !!

[@aaminahrabaab635]

Thanks bruh!

[@autumnnovember4939]

thanks man!

[@autumnnovember4939]

@@ankitakadam1118 this is the best nptel is offering for this particular subject, the another one is a complete audio book. yes this are not btech lecs but are understandable and can help covering your syllabus.

[@chaitanyaramvarsale1107]

Thanks brother 👍🏻

[@vajralavinay0437]

sir, can you please write a cre book , with all of your expertise, it would be really helpful for chemical engineers

[@kotipallikalyankumar1053]

Please upload the full video with derivation part

[@snehalbanker1885]

please upload the full lecture it is so interesting but missed a lot in Video

[@VivekYadav-ug8no]

Plz upload full video..I can not understand.

[@sandhyakodru5640]

all the derivation is skipped.. please upload that it again..

[@saisaikrishna8700]

Sir, Is it increase or decrease the rundown value of NaOH in kinetics of batch reactor exp when time increases

[@moisessena1307]

Sad that they skipped the most important part of the lecture :/

[@murugappan_N]

You can find these derivation in levenspiel book page number 91 under the title ideal batch reactor(chapter 5). Simple mass balance leads to the final equation...

[@moisessena1307]

@@murugappan_N Yes. Thank you.

[@romitmishra8663]

@@murugappan_N bro they havent uploaded 3rd chpater from book levenspiel book right?? if they have can anyone tell me lec number

[@divyammandalia810]

Can you please repost the derivation after Input = Output + Accumulation + Rxn? I did not understand the later half of the video because of that.

[@ronakpahadia4232]

refer octave levenspiel

[@murugappan_N]

You can find these derivation in levenspiel book page number 91 under the title ideal batch reactor(chapter 5). Simple mass balance leads to the final equation...

[@kigozisamuel9125]

Deplation.

[@kigozisamuel9125]

Input rate is zero, output rate is zero, deplation rate is dC/dt. accumulation rate is rdV.

[@happyfignes4392]

derivation part edited , any chance we can get that part ....?

[@murugappan_N]

You can find these derivation in levenspiel book page number 91 under the title ideal batch reactor(chapter 5). Simple mass balance leads to the final equation...

[@keyaprajapati12a85]

​@murugappan_N is this for mtech students ? I even want all basics like integral and differntial law all this stuffs where I can get plz help me out

[@gloomyend1232]

Man I wanted to see the derivation 😭

[@lakkamnaveenkumar9056]

Why You skipped in the middle of lecture

[@muralikrishna8220]

Some of the lecture was skipped

[@veekshit8246]

A Big chunk of main calculations and formulaes were skipped.Whats the use then.Please post complete lecture in NPTEL

[@rajendra1440]

Nice sir

[@aadityamohan9962]

😭😭😭Why you skipped the derivation part😢😢😢

[@murugappan_N]

You can find these derivation in levenspiel book page number 91 under the title ideal batch reactor(chapter 5). Simple mass balance leads to the final equation...

[@jaydipkanzariya4297]

middel lecture skip

[@onesteptowardssuccess9928]

Re-upload lacture yarr we are don't here for listening only proffer I am not saying proffer is not good but main understanding part is removed 🤬😏😪😶

[@sanjayg114]

it is very bad 😥 half an hour wasted ... main part is skipped this is how u fool others because it's out of ur business .. really if u realised it's a skipped video then why this video is still here...😤😤😤😤

[@sanjayg114]

guys pls report this video ... misleading us...

[@adarshbhardwaj8307]

How can you say this

[@sanjayg114]

@@adarshbhardwaj8307 bro ab meray ko yaad bhi nhi mne kyu likha tha but thoda try Kiya toh yaad aaya esmay kuch miss tha during the lecture Joo ki bhut important point tha...

[@aaminahrabaab635]

Dood you can find the derivation in the nptel website! For god's sake! Hume yeh help karre Hain! Try to co-operate yaro!

[@sanjayg114]

going to report this shit...