Limiting Reagent Made Easy: Stoichiometry Tutorial Part 5

[@AnissaVictoria]

all 5 parts SAVED my life, i learned more in 40 min from these videos than i did in 2 weeks of class

[@tanisha6060]

This concept cannot be taught in any easier way than this.. Thank you so much..

[@ketzbook]

Happy to help :)

[@serena91108]

Wait, this actually makes sense... *MINDBLOWN*

[@ketzbook]

😊

[@jodycsinexjr8874]

Wow! The AH-HA! moment comes easy with your excellent tutorials! Great job! I have a new TA as my lab instructor and he started us with mid-level calculations while only showing one simple reaction and never even mentioned limiting reagent. Now that I have been fully taught everything, stoichiometry is not such a beast! Keep up the great work.

[@vocal01d]

whoa dude. you deserve more subscribers. very helpful and high quality videos. thanks!

[@ketzbook]

Thanks!

[@varadasrivastava7610]

cried for an hour over my chem score for this topic and was like "aite thats it, im gonna do this no matter what" and you're a lifesaver :)))))))))

[@NyiHtet-yl4jq]

I can't believe that you have helped me understand the entire chapter in just a few minutes.

[@musubarbu5336]

A whole week of class and my professor couldn't teach me this .. it took you 8 MiUNITS! why am I paying tuition .......

[@ketzbook]

to get a degree

[@johnny-smith]

I know that feel.

[@jodycsinexjr8874]

My problem is I have a brilliant Dr. for the lecture portion, then his new TA for the lab portion. One teaches things one way, the other a different way and confuses everyone. I really like the guy, but he does not give you all of the information needed. The good Dr. breaks everything down like this guy. The problem with lab is we are a week or so ahead in lab!

[@lazokapanga3724]

Thanks dude,yo videos r very helpful, good job 💫👍👍🌟✨⭐👍👌👌

[@tiffanyanderson8964]

Omg your videos have SAVED me this term in chemistry. Wish you did one on one (via phone) tutoring

[@carolynsoderstrom2521]

Your series is excellent for the beginning chemistry student. Thanks for sharing it!

[@ketzbook]

you're welcome!

[@deepanshaadlakha5012]

This is really amazing....now i have started loving this concept...

[@user-ut5nx6hm9d]

YOU ARE WHY MORE TEACHERS NEED TO WATCH MORE KZbin!! Seriously though if I'd been shown videos like yours years ago classes like physics or chemistry would've been way easier.

[@ketzbook]

they probably will watch more youtube now with the Coronavirus stuff...

[@ingridmejia6903]

I am a visual learner and the way you explain is easy to understand. Thank You!☺️

[@ketzbook]

Glad to help!

[@afnanqureshi9292]

Seriously sir the way you explain mind-blowing seriously

[@ronstamper7308]

Great videos man. Please make more!!!!!!!!!!!!!!!!!!!

[@Varde1234]

Mr. Ketz, it’s chris from your chemistry last year. Glad to see how large your channel has grown!

[@ketzbook]

Thanks man! What have you been up to these days?

[@laurimatthews6725]

Excellent video! Thank you for explaining this potentially tricky chemistry concept with such clarity and simplicity. I shared your video with my students.

[@katherinethomson1469]

thank you so much for making all of these videos, just started college chemistry and i was so lost but now i at least get stochiometry!! subscribed

[@rikhilaannem6841]

These videos are so amazing!! Please make more videos!!!!!

[@ketzbook]

thanks! will do, but it takes a lot of time

[@rikhilaannem6841]

Hmm... but if you can then please make a video on volumetric analysis in stoichiometry Thanks!

[@anamfatima8212]

Simplest explanation ever......

[@jorrelherrera6695]

the smore example is brilliant thank you

[@krishsingh1417]

U are the best u helped me alot thank you thank you God bless u I'll get good marks in chemistry because of u thank u

[@ketzbook]

Glad I could help :)

[@redlight7718]

you are the best thank you so much

[@Yourinfochan]

you're god sent.

[@kanomeow]

your amazing thanks

[@yograjchoudhari3844]

nice video sir ...thank u very much

[@ketzbook]

Welcome!

[@benjaminyaary8419]

love you man

[@rebeccaarpie9184]

ID:00404 The limiting reagent is the reactant that limits the amount of reactant being formed. As stated in the example, you must find out how much product each reactant can make and then pick the reactant with the lowest number. This is the limiting reagent because after that amount, no more product can be made.

[@amabellelouisebelo7791]

your teaching skills iz lit thank you so much HAHAHAHA💜

[@ketzbook]

you're welcome!

[@zach373]

A some fo integrated programs. Please make vidio about equivalent weight also

[@tapiwamutasa9295]

Thank you so much

[@BrendaTowett]

An explanation of colligative properties and non colligative properties and their examples

[@christianrothermel6487]

The theoretical yield is based on the limiting reagent, because the limiting reagent is the reactant that will run out first leaving everything else as excess so this means when you run out of the limiting reagent then you have reached your theoretical yield.

[@danez199]

00123, the limiting reagent is what the theoretical yield is based off of because it's the minimum amount of smores that can be made as a result

[@DoplerEffect]

00803] Theoretical yield is based on limiting reagent because the limiting reagent is the reactant that can make the least amount of product, which leaves all else as excess.

[@najmaabdi6113]

Life saver. 😫

[@MAndy-sw8rb]

Theoretical yield is the reactant that can produce the least amount of product also called "limiting reagent". 00403

[@zaeemdaniyal3328]

What if the mass of product or its volume is not given initially in the question?

[@brookeparker7332]

In excess means to have more than needed or the reactants left over after the product is created, 00214

[@luzzacariaz7021]

The reactant the theoretical yield is based on is limiting reagent because the reagent is the reactant that can produce the least amount of product, 00611

[@cxcbiologywithmissadams5154]

my chem teacher actually took 2 weeks on this and i understood it in less than 10 min. youtube needs to have a school

[@0nobody379]

The limiting reagent is the reactant that 'limits' the reaction to a set amount of products because it is entirely exhausted and more is required, of the reactant, to produce more product. 00205

[@oliviaalloway6869]

The Limiting reagent is the reactant that limits the amount of product you can make

[@ariannawilson3058]

The reactant the theoretical yield is based on is Limiting Reagent. This is because the reagent is the reactant that can produce the least amount of product. 00223

[@ashleymartinez2466]

In excess is what is left over of the reactants when a reaction takes place and a limiting reagent is formed. 00114

[@alphatangowhiskey7600]

in excess is the amount of reactants left from after the reaction is over, 00206

[@elianrodriguez6206]

First, you calculate the amount of product each reactant could make. Then, the reactant that makes the smallest amount of product is the limiting reagent, 00824

[@briehagen1254]

In excess means the amount of reactants that is left after the reaction takes place, 00806

[@donnyconquest3085]

is how much you can make out of what is given, 00204

[@awwa5170]

but what if actual yeild and % yeild isnt given how will we find actual yeild? for example: ) Zinc and hydrochloric acid react according to the reaction: Zn(s) + 2HCl(aq) → ZnCl2(aq) + H2(g) If 0.30 mol Zn are added to hydrochloric acid containing 0.52 mol of HCl, how many moles of H2 is produced?

[@Rubester11]

00414, Excess is the amount of reactant that's left after the theoretical yield

[@meganperdue2865]

The theoretical yield is based on the limiting reagent because that is what can make the least amount of product, the theoretical yield is always rhe smallest amount you can use, 00415

[@244244cc]

Limiting reagent is the reactant that produces the least amount of product. It is what makes up the least amount of product, leaving the other reactants in excess. 00405

[@NJT422]

Thanks

[@justinalloway1405]

Limiting Reagent is the reactant that limits the product in a reaction 00401

[@joeybfitness991]

Excess is the amount of reactant left over from a reaction that was not used 122095

[@johnkopp780]

The excess is the amount of reactant left after the theoretical yield, 00606

[@tarynwood7017]

the limiting reagent is what is being taken out of the product. (what reactant that you would run out of first) 00224

[@rebeccamerritt6001]

The theoretical yield is based on the limiting reagent because that is the most amount of product that can be made 00115

[@clairetrimble8439]

Theoretical yield is the amount of product made by the limiting reagent. It's the least amount, 00419

[@dylanarmiger6643]

The Limiting is the reactant in a reaction that limits the amount of product that can be made. 50678

[@jordin407]

00815: The theoretical yield is based on the limiting reactant

[@JewBoiZ96]

00716 the reaction with the lowest product is the limiting reagent.

[@kaylynndick9344]

The limiting reagent is how much of the product that can be made, 00409.

[@RYanimayyyyy31]

"In excess" means there is simply too much of something to use all of it for what is being made into. 00814

[@jillianwharton1442]

I can determine the limiting reagent by observing whatever has the LEAST amount of the product, as the marshmallows were in the example in the video, 00724.

[@fredsterxo]

The limiting reagent is the reaction that can make the least amount of product | 00805 |

[@bayleeketterman3620]

the limiting reagent is how much of the product you can make. 00412

[@karapowell4359]

The theoretical yield is based on the limiting reactant because it's the amount of product you can make. 00719

[@sheilaescamilla4767]

The theoretical yield is based on limiting reactant because it produces the least amount of product, 00715

[@sierrahfindeison3092]

In excess means that the reactant amount is extra , 00110

[@tiapersolio322]

The limiting reagent is determined by finding the reactant that can make the least amount of product, 00416

[@colehatton9784]

"in excess" means to have more then needed, leftover and unused #008334

[@hannahohara5969]

A limiting reagent is a reactant that identifies how much of the product can be made, 00213

[@rosingh8425]

The limiting reagent is the reactant that can make the least amount of product, 00608

[@sierrayeager3613]

excess is the amount of the reactant not used 00422

[@alexispascual8187]

In excess means having more than the necessary amount needed to create that product. 00818

[@rhyno17]

Limiting reagent depends on rhetorical yield

[@kasiyahtatem7946]

excess is the greater amount needed for the reaction, 00418

[@Rachel-tm4gq]

More informative.

[@reaganlittle6431]

the substance that is gone after the chemical reaction is complete, 00813

[@jakekart55]

The limiting reactant is the reactant that limits the amount of product formed. 00420

[@reshmisubash5032]

You saved 16 year old from India.

[@raynelawrence7546]

limiting reagent is how much you can make out of a product, 00812

[@amycraft6993]

I can determine the limiting reagent by finding the reactant that can make the least amount of product 00108

[@davinperez3194]

what is excess in my own words, and amount that is over what you need.

[@kirashort1895]

A reactant is in excess if there is some left over after no more products can be made. 00218

[@lendyfuentes2082]

In excess is what's left from the limited reactants. 00118

[@mylezhudson7324]

Base on the smallest amount calculated.

[@daejahjackson-powell7096]

The theoretical yield is based on the limiting reagent because it is always the smallest number you calculate, 00811

[@drewd2696]

In excess means there is to much of a product then necessary to work 00802

[@abbyswearer5408]

The reactants that are not used at all after the reaction is done,984311

[@madcrumz7073]

honest question, i see people putting 5 digit numbers in their comments, why is that?

[@islerdonnesha]

"In excess" means whatever is left after the limiting reagent is gone, 00710

[@aneleruthmosimanegape307]

👍

[@ZioTrickz]

Limiting Reagent is pretty much how much you can make out of the product given. 00821

[@princessjones5185]

A limit caused by a reactant to control the amount of product made, 00209

[@Growing_Your_Game]

limiting raectant

[@savannahfaulkner5874]

the other amounts needed for a reaction 00410