for association, alpha is deg of association and n is no. of mole of reactant. For disassociation,alpha is deg of disassociation and n is no. of moles of product.
for association, alpha is deg of association and n is no. of mole of reactant. For disassociation,alpha is deg of disassociation and n is no. of moles of product.
What a trickkk!! Awesome 💗🥹
Thank you.. All the best..
Keep sharing keep supporting 😊
Thanks bro ❤❤❤❤❤❤❤
😀 amazing...too much helpful for my tomorrow exam.... ☺️ Thanks a lot 😊...for this wonderful trick
😊
Msttt trick😊
Thank you.. All the best
M preparing for JEE 23 really helpful. 💖
Thank you..
Keep sharing keep supporting
Thanks beo
Great sir , kindly upload short tricks on kb and kf type numerical and on molarity , molality thanks and regards
❤👍🏻
All the best
Sir means ki vo particle kitna break hoke mil raha hai vo n hoga humara
*i=1+(n-1)a* we have to take moles of product
*i=1+((1/n)-1)a* We have to take moles of reactant
Be careful 🙂
for association, alpha is deg of association and n is no. of mole of reactant.
For disassociation,alpha is deg of disassociation and n is no. of moles of product.
Correct sir have taken it wrong
🎉🎉🎉
bhaiya. aagar ..association ka case ho to (n) ki value kya hogi ....
hr baar hi 1 hogi kya ???
for association, alpha is deg of association and n is no. of mole of reactant.
For disassociation,alpha is deg of disassociation and n is no. of moles of product.
U r awesome bro😯
Thank you so much. All the Best
great job bro.....
All the Best
Is i this relevant for all conditions
Yes
👌👌
bhai isme trick kha hai itna toh pata he hota hai jisko formula pata hota hai
😶
Shi baat hai
Jise formula nhi pta uske liye trick hai 😂
👍
Bro
Sahi m revise ho gaya sir 👍🏻❤
thanks alot.. keep sharing keep supporting
👍🏻
Thank you
Work more hard
😀 amazing...too much helpful for my tomorrow exam.... ☺️ Thanks a lot 😊...for this wonderful trick
All the best.. Keep sharing keep supporting
☺️☺️☺️☺️☺️☺️