calculate the number of moles by doing concentration x volume, then the reagent with the lower number of moles will be the limiting reagent because it has fewer moles and therefore will be used up quicker.
It depends on how you learned it. The way she learned it in school, M stands for Mr. The way I learned it is to just write Mr, and the way you learned it is that M stands for concentration. It doesn't matter what letter you use in the equation, as long as your equation is right and you substitute each letter correctly.
the microphone quality is killing me
@Tyrone... It Is 😭
Great tutorial!
it is surely gonna help me tomorrow
the summary is definitely there don't worry and finally we will be doing the summary ...where is it...?
This video helped me so much. Thank you!!!
Amazing video and very helpfull.
At 12:46 didn't you write it wrong because it's a 1:1 ratio, it should be 0.0025mols on either side, not one side 0.0025 and the other 0.0225???
It was probably an error.
That value is the volume
It’s an error on their behalf
This is amazing
Very clear
audio peaking
Thanks......
How do you find limiting reagent
calculate the number of moles by doing concentration x volume, then the reagent with the lower number of moles will be the limiting reagent because it has fewer moles and therefore will be used up quicker.
M means molarity (concentration), not Mr.
It depends on how you learned it. The way she learned it in school, M stands for Mr. The way I learned it is to just write Mr, and the way you learned it is that M stands for concentration. It doesn't matter what letter you use in the equation, as long as your equation is right and you substitute each letter correctly.
@@pommestrudel still important to bring up
24:29
1:06
פשוט מדהים תודה רבה!
You're welcome! Glad you liked it! 💖
why did u do 250/25?
Coz we trying to the volume in 250 cm*3
*bang, bang, bang, bang, bang, bang*