crash coursing through chem rn, and im slowly realizing that i have forgotten everything in this course. sharing this channel to all my friends, bc we're all on the same page. these are awesome! thanks so much for creating these!
Thanks so much for sharing my videos. Hopefully you'll find you haven't forgotten as much as you thought you have; it's all still in there. You'll do great today!
Thank you so much! I feel like I understand this now. I'm starting to regret procrastinating studying until the morning of the test I'm supposed to take haha.
Hi! I've done my best to make sure it does. Once you get through the full video series, you should have it all. Best wishes on your self-study coursework!
The essential understanding of the Arrhenius equation is on the AP exam, although it would be very unlikely that an actual calculation problem would be based on the equation. They tend to ask more questions about 'conceptual' or 'graphical' applications of the equation.
The CLEP exam is pretty close to the AP Chem multiple choice section. There are a few topics that the CLEP exam covers (colligative properties is one, I believe) that aren't officially on the AP curriculum. Generally speaking, though, if you have the AP Chem curriculum down, you should do great on CLEP!
Mainly because the order is for the reactants. We expect reactant concentration to decrease, so the ln of the concentration of a reactant would also decrease (negative slope). The second order is plotted at reciprocal of the concentration -- imagine it as concentration of a reactant literally turned on its head -- and it ends up going uphill, as a positive slope.
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crash coursing through chem rn, and im slowly realizing that i have forgotten everything in this course. sharing this channel to all my friends, bc we're all on the same page. these are awesome! thanks so much for creating these!
Thanks so much for sharing my videos. Hopefully you'll find you haven't forgotten as much as you thought you have; it's all still in there. You'll do great today!
Good luck on the 2024 AP Chemistry test on Monday, y'all!
You've got this!
Today's the day
Todays the day…
ITS OVERRRRR
Thank you so much Jeremy Krug! You're my hero, my saving grace, my knight in shining armour. I'll get a 5 on this AP exam for you my king.
so we all here rn 😃
@@millie7768yes
thank you so much for all of these videos! been using them to cram and they’ve been super helpful for reviewing concepts i forgot.
Thanks for your kind comments. I hope you do great today on your exam!
Common Jeremy slay as always! Thank you so much!
Here to help as always. Thanks for watching!
This explanation helped me a lot! Hoping for the best on the exam
You've got this! Kinetics can be pretty tough, but if you've got the main ideas, you should be fine.
Thank You for the video! It was comprehensive review for kinetics and covered the major areas.
Thanks, Spencer! Kinetics can be a tough one, but I hope this video makes you feel better about it.
I quite enjoyed your video kind sir! Hopefully, it gets me a good grade on the AP exam!!
I hope so too. Thanks for the kind comments!
Thank you so much! I feel like I understand this now. I'm starting to regret procrastinating studying until the morning of the test I'm supposed to take haha.
I hope that test went well, I'm glad you understand kinetics better now!
Best review videos out there. Thank you so much!
Thanks for your kind comments. I'm so happy to help you review for the exam!
Thank you so much for providing these amazing videos. They are extremely helpful to so many students, including me. We appreciate you a ton!!!
As someone who’s self studying, does the ap chemistry complete course cover everything ?
Hi! I've done my best to make sure it does. Once you get through the full video series, you should have it all. Best wishes on your self-study coursework!
@@JeremyKrug I see, Thank you ! :) i cant thank you enough for making these vidoes ^-^
From NNHS WE LOVE YOU you keeping us alive in Ap chem
Everybody at NNHS in AP Chem, keep up the good work. You've got this!!
Best review videos,,with all necessary information ❤️❤️💕💕💕🥺🥺🥺I wove you sir
Thanks so much! Best wishes on your studies this next year.
THANK YOU FOR HELPING ME LEARN!
You’re very welcome. Thanks for watching!
Is the Arrhenius equation on the AP exam? Or maybe just the understanding of what it means in context?
The essential understanding of the Arrhenius equation is on the AP exam, although it would be very unlikely that an actual calculation problem would be based on the equation. They tend to ask more questions about 'conceptual' or 'graphical' applications of the equation.
Absolutely Incredible!
Thanks!
We locking for monday with this one 💯💯💯
I hope you did great on Monday!
My god you are an icon and I am in love with you (wish me luck on my AP exam)!
Thanks so much, good luck on your exam!
Any advice on taking the Chemistry CLEP exam? Thanks for the helpful playlist! It's been a lifesaver
The CLEP exam is pretty close to the AP Chem multiple choice section. There are a few topics that the CLEP exam covers (colligative properties is one, I believe) that aren't officially on the AP curriculum. Generally speaking, though, if you have the AP Chem curriculum down, you should do great on CLEP!
6:53 im confused on how you know that io- is intermediate and i- is catalyst
nevermind i figured it out
Hello, may I ask does the rate constant changes if one of the reactant's concentrations changes? Thank you so much.
Excellent question! The rate constant only changes when the temperature changes, not just when the concentrations change.
You are a godsend for this
Thanks for watching and for your kind words!
2:59 wouldn't unit of K be M^-1S^-1? Why does it show 1/M^2s?
It’s the same thing
The ap exam tomorrow will this help me cover the whole unit?
This will hit the high points, yes. I've got some longer kinetics units that go more in-depth, but if you just need a review, this should do it.
Why is the second order graph a positive slope, while the others are negative?
Mainly because the order is for the reactants. We expect reactant concentration to decrease, so the ln of the concentration of a reactant would also decrease (negative slope). The second order is plotted at reciprocal of the concentration -- imagine it as concentration of a reactant literally turned on its head -- and it ends up going uphill, as a positive slope.
Thank you for doing what you do!
I appreciate your kind words, robin. You've got this!
this helped me a lot
So glad to be of help to you!
god i love this dude
Thanks for the love!
jeremy the goat
Thanks Jacqueline! Hope you learned something from my videos :-)
thank u 😮😮
You're welcome!
I understand it now
I'm happy to hear that!
I love you so much
Thanks so much!
failing this unit for sure
If you've got the others, you're still good!
Last minute studying
i love you
Thanks!