Using RICE to calculate equilibrium concentrations

[@nikitaabrahams1559]

I wish I could hug you, no other video explained it this well❤

[@doraemonlovers7107]

RICE is far greater then ICE rule that ensures me if i am heading to some wrong direction... This video is informative nd thanks a lot to the content creator... 9 years ago this legend was alive on the platform

[@aneeshchowdhury3856]

They are the same thing basically

[@rodrigopaolinelli6448]

You are absolutely amazing ! Your explanation is very very clear. Thank you!

[@harlinebagga8476]

exam in two days and i have finally just understood this!

[@Melisa-dc8vp]

Life saver!clearly explained👍🏼thank you so much

[@kawaiig0th3]

thanks this is easy to understand now as you explained this way better than my teachers

[@div-ineee]

sooo much more efficient than the ice method thank you miss

[@saidomar5272]

be blessed madam sadia ,thank you so much. u r doing great work

[@arshidapathan4290]

Your really amazing ..you helped a lot! Thankyou ❤️

[@grenade0522]

Great video, clear explanation. Cheers

[@nihurenutathameesala2427]

Thank u mam tomorrow i do have exam, i understood by this video,very clear and useful

[@shahmoomin3490]

What! was it this much of easy.... thank you so much ma'am for this amazing method

[@saisweta1560]

This was amazing... got cleared here only after so much of rushing 😩

[@islamiazakaria509]

Omg thank you so much for explaining this, I was abit confused when learning about. 😁😄

[@Haruliini]

Exactly what I was looking for, thank you!!

[@rhyshowells1644]

Saved me on this thank you

[@bigsmoke3719]

YOU ARE THE BEST THANK YOU SO MUCH

[@asimplemanfromohio]

Really helpful, thank you

[@ManojKumar-mk1eh]

you are a life saver mam thanks for the trick it really helped me i had watched more than 100 videos but your video made me explained very well LOVE FROM INDIA 🇮🇳♥❤

[@dibyangshukashyap3281]

Thank you Sadia! 😊

[@FredrickMiyambo-ms2it]

Thank you, this is very helpful.

[@AkhilAIIMS]

It works thank-you so much mam😍❣️❣️

[@chrisarmand4577]

Thank you very clearly explained

[@greatsonzimunhu8504]

well explained thank you ma'am

[@imo1261]

Thank you so much 😀

[@Jrmamo]

Helpful content

[@gradimukwasa1386]

Well explained

[@ahfvines3821]

Nice explanation

[@swethashekar5736]

Tq so much mam from India

[@crazyvideogames101]

Thanks helped alot

[@evanbhairo160]

Blessings

[@user-xe2vk2xe9g]

Thank you so much ❤❤❤❤❤

[@papayawatupra1615]

Thank you so much ❤❤❤❤

[@ayeshaali8863]

Thanks .

[@nagio5]

😁Thanks a lot

[@hasnainhussain3472]

Thank I soo much real help

[@lifecaptured3274]

It helped me

[@lucaguglielmetti3806]

Your explanation skills are amazing

[@hynzee0005]

Wait! Mam isn't the change of moles supposed to be the change between ratio and initial?

[@aamnaabsaar7413]

I didnt get that how did she obtain change in moles ?

[@ravikumar-zt5po]

Gud

[@bonniem1865]

Thank youuu❤❤❤❤❤

[@suzanjohn4161]

Muito obrigado

[@NB-cm9tg]

thank youuuu

[@HomeClocks]

Thank you

[@VK-il9kv]

thanks

[@SeetsaMohlala-jx4id]

I thought we only substitute gases in kc

[@maryk90]

Thank you so much! But what do I do if I have two products?

[@ValleysOfRain]

You multiply their concentrations in the numerator, same as you multiply the reactants in the denominator.

[@yeetboi4877]

Just do aA + bB cC + dD, ([C-x*c]^c[D-x*d])/([A-x*a])^a[B-x*b]^b) for example. Just use the formula no need to do rice/ice.

[@eliasnjoroge9060]

Thanks 😊😊

[@teleduaadedokun7168]

Very very clear

[@teleduaadedokun7168]

Thanks

[@zeal21]

Help me to get into M.I.T.

[@OG-nj3zz]

😭🙏🙏

[@spscenes]

Any Mdcat student👋🏻

[@komikonupe9804]

Please show your faceee 😢

[@Maphyi]

Any jee neet students

[@saadansari4497]

(RICE) can be (nICE)

[@omtutorialsiashistoryclass284]

Nice explanation

[@sanetiamorris5694]

Thank you