Currently struggling in my chemistry class, I have dreams to be a doctor and I’ve been really discouraged by not getting the information fully. Out of Professor Dave, and organic Chem tutor you’re easily as good if not better! I find your style of learning to be so easy to understand and I just want to say thank you beforehand because it’s cause of you I’m going to ace my test next week
I love the old fashioned white board style compared to the other youtube chemistry videos. Thank you your explanations make chemistry so much more simple.
Thank you so much!! I seriously cannot thank you enough! You explain everything well, take it step by step, and even make really helpful analogies! I'm taking AP chem this year and it has definitely been the hardest class I have ever taken so I am very grateful you took the time to make these videos. Thank you!!!
After taking gen chem 2, i realize even more how awesome of a teacher you are. Your preciseness and attitude is unmatched. I have a different teacher for the class, but youre my super secret online teacher I'll be learning from ;)
Thank you very much! I've been struggling with kinetics and thermodynamics so I really appreciate this video and all of your other content! Keep up the great work! :)
I'm struggling in Chemistry 2. I'm a non traditional student and have been out of school a long time. My current teacher is a lovely lady however your foreign accent makes it very hard to understand her . Thank you for the videos
I have a question We always use concentration in the form of Molarity not moles If we have Hcl + Naoh = Na cl + H2o That means 1 M of both Naoh and Hcl are consumed to yield I M Nacl Acvording to the rate of reaction expression and Ratio However if we Add I L Naoh 1 M to 1M IL HCl Will yield 1mole Naoh in 2L That means 0.5 M of Nacl not 1 M Kindly explain Thanks
buradaydım. thank you so much professor! 12.14.2024 i have a question: say, we have this reaction that can't be simplified: 3X + 2Y 5Z so would our rate of reaction still be (concentration of Y)/2 ?
You see they are not the same in the video. N2 is being produced with 0.1 M/s rate, while Ammonia with 0.2 M/s and hydrogen gas at 0.3 M/s rate. However, in order to make it an average or the net rate is equal to their respective rates divided by their stoichiometric ratios. Hope that assists well! 😊😊
Currently struggling in my chemistry class, I have dreams to be a doctor and I’ve been really discouraged by not getting the information fully. Out of Professor Dave, and organic Chem tutor you’re easily as good if not better! I find your style of learning to be so easy to understand and I just want to say thank you beforehand because it’s cause of you I’m going to ace my test next week
Thanks for your kind words - all the best in your academic endeavors!
prof dave sucks lowkey... respectfuly
@@enoughnonymity prof dave taught highschool students, those classes are quite a bit dumbed down compared to college level
I love the old fashioned white board style compared to the other youtube chemistry videos. Thank you your explanations make chemistry so much more simple.
Lots of students prefer it just like you. Glad you found us!
Thank you so much!! I seriously cannot thank you enough! You explain everything well, take it step by step, and even make really helpful analogies! I'm taking AP chem this year and it has definitely been the hardest class I have ever taken so I am very grateful you took the time to make these videos. Thank you!!!
Welcome to the channel - glad it is helping you!
After taking gen chem 2, i realize even more how awesome of a teacher you are. Your preciseness and attitude is unmatched. I have a different teacher for the class, but youre my super secret online teacher I'll be learning from ;)
Glad the channel is helping you so much - Happy Studying!
You are the best Chemistry Teacher in History
High praise - thank you.
Thank you very much! I've been struggling with kinetics and thermodynamics so I really appreciate this video and all of your other content! Keep up the great work! :)
You're welcome, Timothy - and Thank you!
Cool~ you are the Best! Enjoy the series of chemistry courses provided by Chad. Thank you very much and take good care during the pandemic.
Thank you, flora chen - Happy Studying!
I fundamentally like Chad's teaching,he unwinds complex chemical principles into a single strand that a 1year old can play with on his fingers
Wow - what an image!
Very organized and clearly explained...Thank you so much for your effort making these videos, it helps me a lot.
You're welcome - Thank You!
i was confused during my chem lecture. this made everything so much more clear. thank you
Glad the channel helped!
My teacher recommended your videos to me after I told her I was struggling, I see why!! Thank you so much
You're welcome and Thank You. And thank your teacher for me! Happy Studying!
we appreciate your hard efforts, THANK YOU🤍🤍
You are all welcome!
You are the reason I love chemistry everytime I'm struggling I come here and watch your videos
Glad the channel is helping you.
Chad you’re a lifesaver❤❤
You have literally saved my entire chem grade
Gla to hear it!
Oh my goodness that casino example gave me that ‘Aha!’ moment-made so much sense :) thanks for this !
Excellent!
You're perfect sir...am slowly improving in chemistry
That's great - Happy Studying!
THANK YOU! You are amazing
You're welcome!
very good explanation👏
Been loving all the feedback Science Nerd! Really appreciate it!
Thank you this helped clear up a lot
You're very welcome.
this made so much sense
Glad it did!
Does it mean that the rate of reaction of the reactant should equal to the rate of reaction of the product?
I'm struggling in Chemistry 2. I'm a non traditional student and have been out of school a long time. My current teacher is a lovely lady however your foreign accent makes it very hard to understand her . Thank you for the videos
Glad the channel is able to help you out - Happy Studying.
Thank u so much 😿 you helped me a lot
You are very welcome!
Chad - what is the rate of Goon over Edge?
If we switched this reaction around, would the rate expression then be equal to -Δ[N2]/Δt ? Thanks for the video, super helpful!
Yes because the in reverse reaction I believe the N2 is depletingin quantity
Do we include catalysts in presenting the rate expression of a chemical reaction?
only if it is a reactant in the rate determining step of a multi-step reaction
@@ChadsPrep thank you sir
thank you. so much.
You are very welcome.
I have a question
We always use concentration in the form of Molarity not moles
If we have Hcl + Naoh = Na cl + H2o
That means
1 M of both Naoh and Hcl are consumed to yield I M Nacl
Acvording to the rate of reaction expression and Ratio
However if we
Add I L Naoh 1 M to 1M IL HCl
Will yield 1mole Naoh in 2L
That means
0.5 M of Nacl not 1 M
Kindly explain
Thanks
buradaydım. thank you so much professor! 12.14.2024 i have a question: say, we have this reaction that can't be simplified: 3X + 2Y 5Z so would our rate of reaction still be (concentration of Y)/2 ?
what is the difference between the free video vs the mcat prep ones?
thank you
you're welcome
Spoken like a true Chad
Happy Studying!
It really was helpful
Glad to hear it!
Yes sir I just understand😊
Excellent!
you are amazing!
Thanks for saying so - Happy Studying!
I love being taught by Corey Taylor's lost relative, superb teacher!
Thank you and Happy Studying!
Sir how rates of all these 3 stuffs could be equal even their stochimetric cofficients are different😮
What time is this in the video?
@@ChadsPrepsir Sorry l didn't see it😑😑😐
You see they are not the same in the video. N2 is being produced with 0.1 M/s rate, while Ammonia with 0.2 M/s and hydrogen gas at 0.3 M/s rate. However, in order to make it an average or the net rate is equal to their respective rates divided by their stoichiometric ratios. Hope that assists well! 😊😊
totally a side question but did you watch/enjoy oppenheimer? I learned most of the important quantum scientists from your vids and my textbook lol
like the shirt
Thank you!
I'll subribscribe ur channel rn
Thank you!