Elementary Rate Laws - Unimolecular, Bimolecular and Termolecular Reactions - Chemical Kinetics

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This chemistry video tutorial provides a basic introduction into elementary reactions and elementary rate laws. It explains the difference between unimolecular, bimolecular, and Termolecular reactions. An elementary reaction is one in which the rate law can be written from the coefficients of the balanced chemical equation and agrees with empirical data. A unimolecular reaction is a reaction that can proceed using a single molecule. A bimolecular reaction is one in which two molecules must collide in order to react. Termolecular reactions require the collision of three molecules.
Chemical Kinetics - Initial Rate Method:
• Chemical Kinetics - In...
Rate Constant k - Find The Units:
• How To Determine The U...
Integrated Rate Laws - 1st & 2nd Order:
• Integrated Rate Laws -...
Reaction Rate Factors:
• Factors Affecting the ...
Collision Theory & Activation Energy:
• Collision Theory - Arr...
___________________________________
Potential Energy Diagrams:
• Endothermic and Exothe...
Elementary Rate Laws:
• Elementary Rate Laws -...
Rate Laws of Reaction Mechanisms:
• Writing Rate Laws of R...
Intermediates & Catalysts:
• How To Identify The In...
Types of Catalysts:
• Homogeneous vs Heterog...
____________________________________
The Equilibrium Expression:
• How To Write The Equil...
Calculating Kp From Kc:
• How To Calculate Kp Fr...
Chemical Equilibrium & Ice Tables:
• Chemical Equilibrium C...
Le Chatelier's Principle:
• Le Chatelier's Principle
Acids and Bases - Introduction:
• Acids and Bases - Basi...
______________________________________
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Опубликовано:

21 ноя 2017

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Комментарии : 50

@TheOrganicChemistryTutor Год назад

Chemistry PDF Worksheets: www.video-tutor.net/chemistry-basic-introduction.html Full-Length Videos & Exams: www.patreon.com/MathScienceTutor/collections Next Video: ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-B1bWIrOe0SE.html

@suziedeschene5069 4 года назад

I LEARN MORE FROM YOUR VIDEOS THAN I DO AT SCHOOL. AND I PAY A LOT FOR THAT THING

@PritomAhad 4 года назад

Suzie Taboh universities are horse shit these days...whatever chemistry knowledge i have in uni level is due to his videos. I’ve learned nothing in uni

@WynterRejoice 4 месяца назад

EVERY video you've made has helped me so much. God Bless You!

@Sydrxh 4 года назад

This has actually saved my life like no one will ever know how helpful this is to me LMAO

@Impassive_Bru 28 дней назад

Now I want to know

@mistral1531 4 года назад

Love your videos dude, they are easy to follow and they are helping me learn and that is sayin a lot !

@shreyasingh2919 3 года назад

I feel you Lexa😌

@nataliekath8296 3 года назад

Thankss a lot!! This thing was a really major difficulty for me

@katendeandrew1389 10 месяцев назад

Thanks sir may God bless u abundantly

@shohidrislapm5083 3 года назад

sir amazing video

@shulammiteoluwatunmise6285 Год назад

Thanks very much your the best as always 👍👍💗

@mdsazzadulislam2481 Год назад

Thanks brother.

@jasminmibey8717 4 месяца назад

My favorite teacher

@shohidrislapm5083 3 года назад

this is good concept . m from india

@kjah1466 3 года назад

You are great

@oneaboveall9380 4 года назад

Thanks

@nikitasrivastava1552 3 года назад

Thanks☆

@principleinstitutetelugu8274 5 лет назад

Sir I have one doubt what is the difference between elementary bimolecuar reaction and bimolecular reaction

@skrtsk7984 3 года назад

I thought coefficients did not determine reaction orders??

@Gaurav-bn1rv 3 года назад

yes u r right. Only for elementary reactions is true. in this video he assumed that all the reactions are elementary(its in the title also )

@okechukwudenis9726 10 месяцев назад

Please what's the molecularity of the last example he gave

@Nrahotep Год назад

For equation 1A + 2B -> C the rate = k[A]¹[B]², but I thought that you had to determine the reaction order experimentally. And that the stoichiometric mole ratios of the equation don't determine the reaction order. Am I right in assuming that the overall reaction order determines the molecularity?

@navyblueskiess 11 месяцев назад

It's applicable to complex reactions.For elementary reactions Stoichiometric coefficients add up to give the order of the reaction.

@UltraTheBeastt 3 года назад

you just saved me I have a test in a few hours and i didnt know this thanks

@srihawonders1309 4 года назад

@barkamay1784 3 года назад

Thank you my dear.................................

@sharvarigaikwad7665 Год назад

Thankss

@Rohan_Mahato 2 года назад

simply, number of molecule reacting in RDS = molecularity, isn't it?

@muhammadahmad887 2 года назад

The last one isn't correct though.. the one u didn't solve... If that's how we do it then it's going to be a ninth order reaction 😥 how man?

@eirinlandsem9960 5 лет назад

You are awsome

@shohidrislapm5083 3 года назад

hiii baby

@VedantDaud-gm3sp 10 месяцев назад

The last rate law would not be possible as it would be an complex reaction and not an elementary reaction

@srinukatrusrinukatru838 4 года назад

Sir please answer for this question that is molecularity of 2NO2+F2➡ 2NO2F. For this please give explanation to me sir

@ishitaparuthi4525 4 года назад

3 molecules ( O N and F)

@SHADOWLEGENDDRAWS 3 года назад

Same question

@mnaveed6866 3 года назад

2 molecules ,3 Oder

@hope-bv8nc 2 года назад

Termolocular , and third order

@yordanosweldu9305 4 года назад

10q bro

@biggboss1611 Год назад

Your thumbnail are meaning ful from this almost are learn

@crazythings1753 2 года назад

I love you 🙏🙏🥰🥰🤙🤙🤙

@jb1139 3 года назад

Would be nice if the instructor taught this before assigning the problem on hmwk or test. Ever tried reading a chem book? It is all proofs, no substance. Just white noise.