ICE Tables made EASY!

[@noapaul5440]

You managed to explain a week of classes in 8 minutes THANK YOU

[@_-_-_-_-_-_-_-__-]

MY CHEM TEACHER IS USELESS I S2G

[@its_mows]

A week. My teacher 'taught' us in 30mim

[@ayyhmed]

7mins and 53 secs actually

[@pedroreyes4947]

I love you you showed me in 6 minutes what a website wasn't able to show me in 6 hours

[@riak401]

You're so clear with how you explain things and you don't skip any small details, thank you SO MUCH! You should make more videos :)

[@katesmini]

Thank you for explaining whre the positive and negatives go! it was so hard to find an example where the initial product and one of the initial reactants were given

[@lisahaynes2693]

THANK YOU SO MUCH for explaining where "+" & "-" go!!!

[@ellexXxrose]

Only ICE table video that's actually helped me! Thank you!

[@Caaliya-i9h]

Finally thanks to this gentleman I understand ICE Method 😊

[@olivestuffedgarlic4901]

hey man thank you so much for this video im like 6 years late but for years i havent been able to understand ice tables. You are the best I am saved 💜

[@jiminpark3865]

the quadratic formula is -b±√(b^2 )-4ac)/2a

[@KATLANA1]

This hurt my head to watch, but you explained it so well! Good difficult problem to really put it all into perspective

[@user-zo1dv4in8d]

Bro cooked 2 vids and dipped we need you come back. It takes so long to find someone who explains in full detail in a short amount of time.

[@nightspy9756]

U EXPLAIN BETTER THAN MY CHEMISTRY TEACHER!

[@erinyang5859]

thank you so much for this! i have a test tmr on ice tables and this really made things so much more clearer

[@hindalhattawi1357]

That’s awesome thank so much. I was so confused in class, this helps tremendously.

[@michaelchristian5381]

Hey! This is very helpful, thanks! I was wondering, if the I is all 0, which side has the negative x's?

[@Centimeteres]

How did you turn the .564 into -.436 from switching the x2 to the other side?

[@joshuathompson1030]

1 is the coefficient of x^2 so he had subtracted 1-0.564

[@atticus141]

You are my hero! Thank you so much!!!

[@xoxoenya]

how did you get the -.436^2?

[@yourmomisaho]

Subtracted 1x^2 from the right side and the left. .564-1= -.436

[@jaziep]

did u ever find out lol

[@verxii187]

he subtracted .564 by 1

[@blahblah-sg4yj]

Isnt it crazy how complicated professors make simple things?

[@rkrakow1]

"We keep mathing it out" is my new favorite phrase. Major thank you for this!

[@asherife]

THANK YOU SO MUCH! the best video I've seen

[@nicolejo6934]

best example anywhere!! thank you SO SO much

[@oliviawaldron4534]

this was amazing I've been so confused on the signs for x, thank you so much!!!!!!!!

[@Chulaxcabra]

The ONLY thing I wished you showed, was step by step the quadratic formula part, but oh well. I get the gist. Thank you!

[@annawilliams4669]

i missed a week of school and this video caught me up to speed you are a godsend

[@marionettebernard6547]

Everyone is saying this is perfectly explained but he did not explain how he got the -.08 for 4x2-.08=.0004....I see how we got 4x and the .0004 but not the middle number.

[@funman2100]

foil

[@Kavya-vw9ll]

It's an identity to expand squares of variable numbers. In this question he used a²-2ab+b²

[@futurepharm1776]

I’m not even kidding, your handwriting looks exactly the same as mine!

[@justicekilfillen]

My professor made ICE tables sound like rocket science, this makes me feel incompetent but thankyou so much

[@SiaSheguri]

Thank you for this video! You made my life a lot easier XD. For your first video this was really intuitive.

[@mohamed-amenyussuf1185]

Wish I found this in first year lol.

[@peterlohnes1]

Explaining where the positive X goes and the negative X depends entirely what you start with. A lot of Equilibrium questions start with ONLY reactants and NO products, which means the concentrations of the REACTANTS can ONLY go down (thus -x), and the products can ONLY go up. KEEP IN MIND THO that the x values might be multiplied by the coefficients. So 2 moles of reactant mean you have to subtract (-2x) in the CHANGE portion of the RICE table. OTHER equilibrium questions have partial quantities of Reactants and products IN THIS CASE because one product is at ZERO, the products MUST GO UP (thus +x or +2x or +3x). HOWEVER in other questions equilibrium is established, and you must figure out what happens to the equilibrium happens when either more product or reactant is added. This might require calculating a TRIAL K value. Trial K values that are SMALLER than the actual Keq value provided MUST shift towards the products(thus +x goes on the product side of the CHANGE line and -x goes on the reactant side. Trial K values that are BIGGER than Keq means the shift goes towards the REACTANT SIDE (which would use +x in the CHANGE LINE and -x for the products on the CHANGE LINE). Understanding this is important.

[@maximilianalvarez737]

i was so confused on one part of the step which was the 4x^2-0.08x+0.0004. it took me 10 minutes to realize where I went wrong

[@Aaronobviously]

can you explain this to me I have no idea how he did this calculation

[@nayachryzler4049]

How did it happen?

[@rasaun56]

@@nayachryzler4049 foil

[@8ahamburger]

Did u understand it ? Pls help ​@@Aaronobviously

[@shelleykim38]

So helpful, I can be confident in getting an A now on my upcoming exam :) thank you!!

[@SatnamSingh-el2rp]

chem is so fucking hard, i wanna kill myself everyday

[@bobthebb-illder827]

Satnam Singh yeah fuck school

[@RandomPerson-hd9sb]

how'd it go?

[@shelleykim38]

@@RandomPerson-hd9sb oh, I'm pretty sure I did well, big help with this video probably! It's been so long now ahh. I'm now studying for MCAT lol

[@birsandhu201]

@@shelleykim38 how’d the MCAT go?

[@burntsweetpotato3747]

how did u get 1.3 * 10^-3 as the final answer? I don't understand

[@louisiannesaldagna5807]

The world is good because of people like you

[@OneTruVoo]

How did you get .08x for the denominator ? im so confused on how to do these types of problems & you didn’t go into enough detail on how to actually solve the problem you rather implemented the answers you got onto this paper without fully explaining how to get the values being written down

[@Tori-pn9np]

You're literally the best human in existence

[@malakalzergani2211]

bro i swear this helped so much I WAS STUCK ON A WUSSTION LIKE GHIS FOR A WHILE

[@trunk8526]

so how would you find Kc if you don't have it already given to you? what is the step that I'm missing? any feedback would be appreciated.

[@tammy8195]

what if the 0s are on the reactants side? would that side then be the +x side?

[@Obiorahadaeze902]

Yes❤

[@techBRO1024]

Thanks dude! I really appreciate this.

[@akimminavarro278]

This deserves more views

[@fursuredog]

Thank you, young wise Professor

[@Beauuty97]

Wow THANK YOU. This is the best video yet on Ice tables you are awesome!!

[@blainefoster12]

Mate, how do you have the initial concentration of products as .03 M? Initially no products exist

[@galenli6402]

holy crap this is finally answered my burning question of "why tf is it the change negative?!?!?!?!"

[@jacobholladay5824]

You are the clutchest man ever

[@ninacarranza5189]

Thank you for this video. Very well explained.

[@cyborg2.099]

Where did the .08x come from ?

[@hugoquan3840]

Ty so much for this video!!!

[@abrahammartinez-b3k]

Thank you Justin

[@cristinalin544]

BLESS YOU BRO

[@emelyruiz793]

YOU ARE AN ANGEL!! THANK YOU SO MUCH!!

[@kaylastory9859]

Incredibly helpful!

[@danielalbassit8051]

Quick question during the last part the quadratic, you get 2 answers why did you pick that answer and not the other?? 😁

[@sianleerasonabe5902]

How did u get .0004??

[@disabled_tuna]

its from the squared value of (0.02 - 2x), its was squared because there were 2 mols of BrCl in the given chemical equation

[@StrifePulse]

Bruh this helped so much, ty!

[@ايامزمان-ع9ز]

wh if i dont know math, i litreally didnt get it cuz its not explained from where u got the numbers at the end

[@Anomoly_]

He said he got it by the calculator bruv

[@imanscott8094]

how did it go from .564 to -.436?

[@andreasens123]

He subtracted the x^2 on both sides. (0.564x^2)-1x^2= (-0.436x^2)

[@kris_8187]

Yeah.. shouldn't it be -1.564?

[@stefanramanayake7269]

nah nah he did 0.564x^2 - 1x^2. The x^2 gets cancelled and the answer is -0.436

[@jovass3262]

Stefan Ramanayake why do I get -0.681 ?

[@sayso2536]

1-0.564 should give you .436

[@Obaid-Ur-Rahman342]

Thank you this video was really helpful.

[@gameplayEditor-cv6rt]

thank you so much who was know that you will help me after7 years

[@21008505ify]

why didnt you show us how you put into quad. equation?????

[@zadiey458]

My teacher literally just said an ICE table would help to solve this but NEVER taught us how to do them

[@liaselleaeri]

what if Kc wasn't given?

[@carlyhall8133]

Hi! I love this video , but I’m confused where you Got the .141 from.

[@clintonbrinyang988]

Given in the question

[@pakeezasaleem8227]

how can we find initial concentrations with the help of kc and equilibrium concentrations?

[@Relius36]

So you didn’t have to enter this into the quadratic formula?

[@AmyGraybear]

can you not show how to solve the quadratic too???

[@sultan2012ful]

You are amazing ! Thank you

[@joule-trix]

I thought the products were on the right side of the rxn and reactants on the left ? Does it matter? Thankyoi and great video helped me a ton

[@NamrataPrasad1]

The reactant are always on the left side, while the products remain on the right side on the chemical reaction. So pretend that you’re reading a book, you go from right to the left to get your product.

[@julia-ex7im]

@@NamrataPrasad1 was his final answer (1.3x10^-3) the value of x?

[@ivyleehung3569]

Thank you for this!

[@gloozle1347]

Thank you so much!

[@ragheebaashfaq565]

WOW. thank you so so much!!!

[@dominoot2652]

my goat thank you!

[@cd6581]

You explained it so well

[@shermat455]

great video

[@annablackford7113]

Thank you!!! So helpful!!

[@seangibney2495]

Dont you have to fill this back into the table nd then into the kc formula to get your answer?????????

[@emmaamsbury4065]

This helped so much! thanks!

[@갱갱항상]

i understand it all, but all that bothers me is when do we know which x value to choose?

[@daphnelove4991]

It’ll tell you in the question which one you’re trying to find

[@ZoemaIndustries]

The forbidden knowledge!

[@Dremforte]

wow, this is not complicated atall... thanks (From the future)

[@nickypaci920]

do u not do x/2 for the c of br2 and cl2?

[@MariaFernanda-oz6uf]

Thank you! I got it :)

[@nfg974]

Thanks man!

[@cardiacmyxoma4073]

Thank you!

[@alitajoo9233]

hey dude, thanks a lot. it helped :))

[@akirakenchieedquiban531]

oh yeah i need this my teacher just said hey answer activity 1 wut the hell is ice box ma am mrs. has left the lobby ol class feels

[@user-oe1nt4pp8n]

thanks, great tutorial

[@paulnguyen9857]

What about when there is no zero? How would you know which X’s are negative or positive? I know it has something to do with the shift of the reaction but still confused

[@luismiranda1929]

the reactants are negative because they are being consumed, and the products are positive because they are being produced.

[@codygruberg7294]

@@luismiranda1929 but in his example the positive values come from dissociating ions

[@adrianflores3919]

Really helped, thanks g

[@karnadityasinhvala3019]

Thanks it help in clear NEET exam

[@elaraax]

THANK YOUU!!!

[@ObeyAmmalol]

Great video omg!!!

[@sameeralikhan5133]

Thank you thank you very much sir

[@orangeinfotainment620]

make more videos!!

[@mkb3195]

THANK YOU

[@orangeinfotainment620]

thanks

[@FinancingEnhancing]

w

[@mudman8274]

if you still watch this comment section, can you do a question with the assumption??