thank you so much for this! i’m a high school junior studying for my ap chem exam tomorrow and this has helped me significantly because I never retained rare graph rules; this was so clear and concise, and I love your energy! :)
Thank you so much! 'm studying for the MCAT now and this was super helpful. Only confusing thing is why it's exponential when it's just concentration but either than that, everything made sense!
Are you LDS or extremely Christian? Because you totally give off those vibes! If not, then my bad, but I'm pretty confident that you are given that indefatigable positivity. I'm studying for the MCAT rn, so these videos are great! I hope to go to UofU! Peace!
Hi The Young Factor, Thank you for the question. I am a born again Christian. Your inference is correct, Jesus makes all the difference! Great job preparing early for the MCAT. I hope it goes well! God bless you🙂
Hi Rue, it is just the concentration of the reactants (not the products) on the y axis. The reactants are consumed and decrease over time at a certain rate. I hope that helps! Thanks:)
You have a good question. The graph looks asymptotic. It is one of the issues with using nuclear energy. It takes a LONG time for the last particle to decay. Eventually every particle will decay, but major time is involved for some isotopes. Thanks for your comment! Please subscribe if you have not already. Thanks:)
Love the positivity, enthusiasm, and clear explanation of how the math and graphs relate. Great test taking strategies as well.
Hi Brook, thank you for the kind comment!💗
I love your enthusiasm!!
She's so enthusiastic about it😊 I love the energy.
Hi Esther, I appreciate the comment. I enjoy chemistry:) I hope your class goes well!
thank you so much for this! i’m a high school junior studying for my ap chem exam tomorrow and this has helped me significantly because I never retained rare graph rules; this was so clear and concise, and I love your energy! :)
Hi Iknowyouknowlin, God bless you on your test tomorrow! You are going to do great:) I am so proud of your hard work!
Proper explanations by a professional chemist and educator. It doesn't get any better than that.
Hi Barask, Thank you very much. I hope you are well:)
Old School Chemistry I love you. Thank you for saving my grade
Hi vlogsbydanielle, I am so proud of your extra work:)
Great breakdown, I have my chemistry final in 2 days and a refresh on these was needed!
I hope your test went well! Good job studying hard!
My ap chem exam is tomorrow and I appreciate this as a review
Blue Mochi, good luck on your test tomorrow!!💗
This was awesome! Really helped, subscribed immediately!
Hi Valerie, Thank you so much! I hope your class goes well:)
just found out our channel super helpful
love your videos and the explanation is just perfect
Hi Yuvraj, I am so glad they are helpful. I hope your class goes well:)
@@OldSchoolChemistry im trying to do my best 💙
MCAT testing soon! This was an incredible review. So helpful!!!
I’m so glad. I’m very proud of you. Good luck on the MCAT!!!💕
how'd you do?
well done Ms.! Thank you!
Hi Maroonhorizon, Thank you! I am glad you liked it:)
Your explanation is really good
Hi keep-growing. I am glad you think so. Thank you!!
Thank you so much! 'm studying for the MCAT now and this was super helpful. Only confusing thing is why it's exponential when it's just concentration but either than that, everything made sense!
Hi v_carter, thank you for your comment. I hope your MCAT is a terrific score!!
Wow I now get the gist on the graphs
Hi Esther, Yay! Way to go:) I hope your class goes well.
Are you LDS or extremely Christian? Because you totally give off those vibes! If not, then my bad, but I'm pretty confident that you are given that indefatigable positivity. I'm studying for the MCAT rn, so these videos are great! I hope to go to UofU! Peace!
Hi The Young Factor, Thank you for the question. I am a born again Christian. Your inference is correct, Jesus makes all the difference! Great job preparing early for the MCAT. I hope it goes well! God bless you🙂
Great video. Feeling a lot more confident now!
Hi Ethan, I am so glad! Please subscribe if have not already. Thanks!!
Thankyou for making this clear
Hi Vanshita, I’m glad it clarified things for you. I hope your studies go well!!😊
Thnx a lot!!!!
Very helpful. thank you.
Hi Dark Ocean, I’m so glad. Thanks!
Mam Love You From India (Asia)
Hi G-Series, thank you for your comment! Sending love to you and India!💕
Thanks
S1D I hope your class goes well 😊
Thank you
Hi Sospeter, you are welcome. I hope you class goes well!!😊
You should draw all the possible graphs,,,, for zero, first, second order rxn ,,,,,,
Thanks for the recommendation!
I'm confused; how do the graphs represent the concentration of the products/ the relationship between reactants and products?
Hi Rue, it is just the concentration of the reactants (not the products) on the y axis. The reactants are consumed and decrease over time at a certain rate. I hope that helps! Thanks:)
If we talk about half life of reaction then how could we calculate for the nth order reaction?.
BTW that's incredible👍 ❤
You have a good question. The graph looks asymptotic. It is one of the issues with using nuclear energy. It takes a LONG time for the last particle to decay. Eventually every particle will decay, but major time is involved for some isotopes. Thanks for your comment! Please subscribe if you have not already. Thanks:)
please show hem using excel
to form a model
Good idea
I wish she would’ve moved out the way so i could screenshot it
Half-life is only used for first order reactions or I can use for all three reactions?
Half life is always first order! Thanks:)
thanks for feedback. I know there is a formula like t(halflife)=1/[A].k , which is used for second order reactions, right?
@@arif-erzincani Yes:)
BEST !!
Hi Tawsif, thank you. Please subscribe if you have not already. Enjoy chemistry!😊