Half-Life of a Second Order Reaction (Derivation)

What is the expression for Half-Life of a Second Order Reaction?
Here, I derive it from the integrated rate law.
The answer is t = 1/ (k [A]0)
Ask me questions: www.chemistnate...

[@chemistNATE]

I don't know. [A]0 is the concentration starting at whatever time you want to calculate the half-life for.
i.e. if you start with 1.0 mol/L and want the half-life from that point, you plug in [A]0 = 1.0
Later if you have 0.34 mol/L left, and you want the time it'll take to get to 0.17 mol/L, you can plug in 0.34
Long story short, [A]0 IS the molarity...

[@katibryson9300]

happy valentine's day i love u

[@naitiksingh339]

THANKS FOR THIS SHORT AND TO THE POINT VIDEO....

[@grapedrank666]

Short and simple great video man.

[@awaisahmad5523]

I have a confusion regarding this..will you please help me?
How is it physically possible that if the initial concentration is low, half life is greater...!!!???

[@MissFruitPie]

AHHH my homework is due in like 2 hours T-T Wish me luckkk

[@amrmoustafa2912]

I want Relation between A & b in case two of 2nd order reaction to find half life time becouse A not equal b
can you solve this pls.& thxxx.

[@pranavsridhar2379]

So this can be used for any order! Cool and thanks

[@EireannP]

You are a life saver. :)

[@jxb5803]

Refresh? It worked for me.

[@human7314]

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[@brandonduong]

Welp, I did that wrong on the test.

[@batuhanik]

at least you tried bro

[@kamleshparmar8784]

Thank you 😊

[@timgibsonfitness]

Thank you

[@eieilannaung4001]

Thanks🙏

[@frankvalenti8350]

got it !! thank you man

[@roshmichael2308]

dude... Why can't I view it??? >.<

[@ItsKriller]

This video has 3 likes. Half-Life 3 confirmed.

[@anonymous.2530]

Love from🇮🇳

[@BarakaGitari]

thanks

[@1sanguecaldo]

+2kt

[@anthonyzuno7861]

Why are you writing on carpet my dude? Don't have a desk? Like if you agree.

[@zoereed4010]

Thank you