1) Exam 1 Review Reaction Engineering, rate law, CSTR, PFR, batch

[@willa6407]

I can't believe there are no comments on this yet. Raili, you are completely amazing. Thank you so much (5 starZ)!!!

[@santrikaffah6882]

sory, what book is this?

[@zthuffman]

@@santrikaffah6882 Elements of Chemical Reaction Engineering (4th Edition) by Folger

[@PMAS-n2b]

Dear Raili mam, I think explanation is very simple to understand for average student also. Today i started watching.. Let me try if I can solve all question... I will update if some suggestions. Thanks again. Good job. Chemical engineering Student.

[@borngymrat]

Acing every single quiz watching these videos, thank you so much!

[@brendaw.bainda5480]

Wow!! You are an amazing teacher. Thanks for helping.

[@lozaentertainment4974]

wow it is amazing 10q so much raili pleace give the order for your lecturing like ;lecture 1,2,3,4,5,.......................please i want to follow your video regularly

[@railitaylor]

Thanks for the feedback. I’m planning to add numbers so they are easier to follow. :).

[@lozaentertainment4974]

@@railitaylor thank you for your attention raili

[@phemanth9882]

Please upload the question paper, it would be more comfortable for us

[@rabiafatima5695]

yes please if possible

[@vishalkumarsharma2070]

Good morning teacher

[@JamesVestal-dz5qm]

My reactors exam 1 question 1 was A -> R -> S irreversible reactions in series. Xanderwaals would have made a porn joke over his 100% and Austin P would have put me back in the pocket over my comments. Is theta extent of reaction? Peter is an advocate for ICE tables. 1:01:22 "solve this animal" Peter

[@mugumejoel2053]

Raili thanks for good work

[@rabiafatima5695]

can I please get this exam questions?

[@gadesilvestri]

Gracias Raili.

[@Volvo990]

At 42:23 V/FA0 = (500L)/(5mol/L): How does the units cancel out ? It dosn't makes sense.

[@adammoninghoff9743]

V/FA0=L/(mol/hr)= L*hr/mol which is the same units as 1/ra (1/(mol/(L*hr))

[@trevornwokoh8842]

Love👋

[@MM-kz2zd]

Thank you so much , I have one question: in 34:42 you didn't put the denominator(1+εx) WHY ?....I think it must be ..rA=k cA0(1-X)/ (1+εx) .....

[@railitaylor]

Thanks for pointing that out. I think you're right because it's a gas phase reaction.

[@MM-kz2zd]

@@railitaylor :)

[@mauriceonyango3837]

because its constant volume, there should be no denominator as that applies to variable volume@@MM-kz2zd

[@MM-kz2zd]

In 45:27 the area under the curve I found it 175 What I did wrong?

[@user-yzmz]

It is perfect how wonderful you are Could you add subtitle, please

[@henryadolfo]

Nice lecturer !!!!

[@parth1874]

please make some videos on heterogeneous reaction (pore volume and distribution ).

[@cyandamadlala9610]

where can i find these questions?

[@mohammedalshammari3363]

perfect

[@maheshdugane1422]

Please add video on Mean residence time

[@foonicholas2137]

Thanks

[@TheWinnieZ]

thumb up!! Thank you. you are awesome. Subscribed!!

[@NS-jw7ml]

Can you help me for my exam

[@ismailalomari388]

Thank you so much for you really it was great lecture but how we can contact with you if we have any qestions ?

[@NS-jw7ml]

Can you help me for my exam

[@fullychen300]

That's amazing~ thank you so much~

[@hamzahkahlid4814]

Hi and thank you for your help ... Can you download element chemical reaction engineering 4th edition here

[@santrikaffah6882]

sorry, what kind of book this lecture?

[@shakshisekar2169]

​@@santrikaffah6882She is using "Elements of chemical reaction engineering by Scott Fogler" which is a highly recommended book for reaction engineering.

[@santrikaffah6882]

@@shakshisekar2169 Thankyou I have printed this book

[@NS-jw7ml]

Can you help me for my exam

[@elthoncarlosaragonyucra8519]

this saved me (y)

[@alitoama9123]

hello Raili i need sheet of equations plz

[@xabisosigonyela5226]

great!!!!!!!!!, someone wanna tutor a final year chemical engineering student??

[@gebreshumuye5152]

continue

[@bezalelbanaag1125]

hi raili! can you do problem 4-12? :( going to be reporting on it 10 hours from now and i really can use a little help :) the problem goes: a.) The irreversible elementary reaction takes place in the gas phase in an isothermal tubular (plug-flow) reactor. Reactant A and a diluent C are fed in equimolar ratio, and conversion of A is 80%. If the molar feed rate of A is cut in half, what is the conversion of A assuming that the feed rate of C is left unchanged? Assume ideal behavior and that the reactor temperature remains unchanged. What was the point of this problem? [From California Professional Engineering/Engineers Exam.] b.) write a question that requires critical thinking, and explain why it involves critical thinking.

[@phemanth9882]

Madam if u upload the question paper in google drive or provide pdf version under the yout

[@railitaylor]

I'm going to try to get that uploaded. When I do I'll provide a link to the file in the video description.

[@hikmathamza726]

Video are disorders I can’t find chapters respectively

[@railitaylor]

If you go to the playlist they are in order. :).