Chemical Kinetics for the MCAT | Arrhenius Equation and Rate Constants | MCAT
Vložit
- čas přidán 22. 07. 2024
- Today's MedCat lesson covers chemical kinetics, covering briefly some relevant equations and even more relevant practice problems. This lesson falls squarely in the subject area of General Chemistry.
Comprehensive Amino Acid Playlist: bit.ly/3sMGBUG
Check out Aratasaki, the beat maker behind my intro and outro: bit.ly/2Pma5v0
Time Stamps:
Intro: (0:00)
Thermodynamics vs. Kinetics (0:08)
Arrhenius Equation: (3:53)
Determining Rate Using Reactant and Product Concentrations: (6:38)
Rate Laws and Order: (9:58)
AAMC-like Practice Problem: (14:17)
Outro: (20:11)
_____________________________________________________________________________
All content and media on this channel is created and published online for informational purposes only. It is not intended to be a substitute for professional medical advice and should not be relied on as health or personal advice.
_____________________________________________________________________________
Chemical Kinetics for the MCAT | Arrhenius Equation and Rate Constants | MCAT
Chemical Kinetics for the MCAT | Arrhenius Equation and Rate Constants | MCAT
Chemical Kinetics for the MCAT | Arrhenius Equation and Rate Constants | MCAT
#chemicalkinetics #arrhenius
just finished your bio/biochem playlist, and now im here. im testing in a day, and i honestly want to say through all the resources i burnt through, you stand alone in how effectively and clearly you relay these high yield topics. if anyone deserved to get into med school, amidst the gruelling admissions process, it was you!!!
Hi! How did you do?
i ended up scoring a whole five points lower than my FL average (i scored a 510). nonetheless im happy and proud of whatever i got, but i don't know how this affects my chances.@@narutozzz6166
I just wanna say I found your videos three days before testing and have been binge watching to help close some gaps before testing. Your videos are so clear and flow so well! I hope you’re prospering in medical school! Thank you!! 🙏🏽
Thank you so much! Your comment really brightened my day. As always, if you have any questions, feel free to leave them under any of my videos.
These videos are fantastic! I hope you continue to upload videos! This is top quality
Thank you!
you my friend are built different, watching your videos as a last minute review for my MCAT on friday, very helpful
This is one of the best compliments I have received, haha!:)
Thank you! This was very helpful.
Glad it was helpful!
This really brought everything together
I'm glad it helped!
Hi! great videos! does this section of your playlist cover the physical and chemical foundations of the MCAT?
Reaction coordinate diagrams bringing me bad deja vu...
Agreed! Haha
Hi! Your R constant for Arrhenius is wrong, It is 8.314 not 8.134
Thanks for pointing that out! You're absolutely right.
@@medcatmcat For the MCAT, we can probably get away with just using R as 8 right?
@@christophersalgado9068 idk if u still need this advice but close enough is good enough for the mcat (gravity = 10, pi = 3, etc)
@@christophersalgado9068 Most likely, yes. If a calculation is too complex and involves lots of decimals, often the AAMC will give the answer in a form like:
A) [(1 mol)(8.314 J/mol*K)(300 K)]/(1 atm)
That being said, if you memorize 8 J/mol*K, 8.314 is not too much more effort.
@@zohaibsyed21 Agreed for the majority of questions! Sometimes answers will be somewhat close and you'll need to remember if you rounded up or down and how that might have changed your calculation.
you're so tough bro