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Melissa Garrett
Добавлен 3 июн 2013
Fresno State CHEM 1B Lecture Videos
Chapter 14 Equilibria video #3 worked problems
Chapter 16 Equilibria video #3 worked problems
Просмотров: 1 937
Видео
Chapter 14 Equilibria Lecture video Part 4
Просмотров 1,5 тыс.2 года назад
Le Chatelier's Principle and stresses on Equilibria Chapter 16 Equilibria Lecture video #4 - Le Chatelier's Principle and stresses on Equilibria (16.9)
Pre Lab Lecture Video Expt 4 Intro Eq
Просмотров 1,9 тыс.2 года назад
Previews the pitfalls to avoid and the equilibria systems that will be stressed and how they will be stressed.
Chapter 15 Lecture Video Part 1 Intro acid and bases
Просмотров 2,3 тыс.2 года назад
Chapter 15 Lecture Video Part 2 pH
Просмотров 1,8 тыс.2 года назад
Chapter 15 Lecture Video Part 3
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Chapter 15 Lecture Video Part 4
Просмотров 1,3 тыс.2 года назад
Chapt 16 lecture: Qualitative Analysis and Formation Constants
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Chapt 24 TM lecture part 3
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Chapt 17 Thermo lecture part2
Просмотров 1,2 тыс.2 года назад
Chapt 17 Thermo lecture part 1
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Chapt 13 Kinetics lecture part 1
Просмотров 1,4 тыс.2 года назад
Chapt 13 Kinetics lecture part 2
Просмотров 1,2 тыс.2 года назад
Chapt 13 Kinetics lecture part 3
Просмотров 1 тыс.2 года назад
Chapt 13 Kinetics lecture part 5
Просмотров 8352 года назад
Explaining as much as possible in 32 minutes, this is incredible.
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in u3 oxgen will have singly bond with carbon then what will be charge on it
Thanks allot for the explanation it really helped me understand the topic much better!
Grazie mille <3
Thank you so much Very useful for my investigatory project CBSE (INDIA)
Thank you so much for uploading this video! You helped me understand the relationship between irreducible representations and raman & IR spectrum.
Dr. Garrett, are you familiar with clinical chemistry? 🛡🔰⚕
This has been so helpful! Thank you!
Thank you very much ❤
thanks for this video, i was really struggling to understand this chapter and now i do thank's to you ma'am☺🙂
very clear explanation...thank you so much
Great video! Could you please explain to me why the B1 mode is not IR active? It is associated with the linear function "x" in the C2V point group character Table so it should be IR active I would have thought.
this is awsome!
Please explain why you assign the symmetric peak to the highest frequency value. In general, it's the opposite.
I'm a biology student. But i want to understand this lecture. So what should be the first thing I can do to understand this topic? 😢
Thank you! This helped immensely =)
Comment on fait pour déterminer les fonctions
"Polarization equals measure of ease": proof anybody can post on any topic even if they have no idea what they are talking about.
The vertical mirror plane isn’t parallel to the principal axis that’s impossible because it intersects the principle axis which by definition means it isn’t parallel
Me, an undergrad seeing that grad students learn this :/
This helped me go from completely confused and clueless to knowing it all. You saved me. Thank you 🥹
PRAISE THE LORD SISTER!! Video is not clear! Kindly make it clear!! Thank You for teaching! It's interesting!!
Thank you so much. So well explained and very easy to grasp the concept!
Г is capital Gamma. The capital Lambda is like A without horizontal line
100 times better than my lecture!
Really didn't help
Thanky
Hi, there! I am currently in grad school for chemistry, and I just want you to know that I sincerely appreciate the video. It helped a lot, and I am so sorry about the terrible comments. Professors and teachers don't receive enough recognition for what they have to do with the little they have. Thank you so much and have a good one! <3
Good 👍
Great 🙂
Thank you for the video. Maybe I haven't been listening close enough, but one question remains: You stated, the convention is that the highest fold axis of symmetry is aligned with the z-axis, while the x-axis is perpendicular to the plane of the molecules. In the example of the water-molecule, this would give us two options for the x-axis. Either it points into the "paper"-plane or out of it. In your case it points into the plane, which poses a left-handed coordinate system, if I am not mistaking. Is there a reason why to prefere a left-handed-system? It puzzles me, because in the most cases I was told to prefer a right-handed-system. Thanks ahead
Thank you!
Hi everyone, I need help. For sources like symmetry-obbertein, they find xz plane's value is 3 and yz value is 1. I did this method to 1,1 difluoromethylene but in these sites, they also changed xz plane's value with yz plane. Which one is true? This method is logical. I couldn't understand.
Fantastic!
This is what I call proper teaching. Top-draw!
Awe, thanks!
this is so helpful!
Can you please give any reference paper for this? Sometimes we observe three peaks for the M(CO)3 core based complexes, so how to assign at this case. Thanks in advance.
Hi! Really enjoyed this intro! Was wondering if anyone can point me to a good resource (textbook, journal, or review) for using IR spec for structure elucidation of metal complexes. Thank you! Happy Holidays!
holy fuck, that is a good class indeed
Thank you.useful in the vedio my study
Thaaaank u
Ma'am, Thank you so much for this video 🙏
Thank for very much, this video will be my personal Bible for the rest of the unit.
the best explanation but pronouncation is i think a little bit difficult for me.
you know the song how to save a life? cause you just did
Thank you so much! I watched this yesterday and today was the exam. I got the whole question right!!! 24 points just because of you. thanks again.
You are so welcome! I am glad that helped. I know when I was in grad school this was really difficult for me.
please do this with SO3 molucule pleaseeeeee
Thank you so much. This lectures help me a lot!
Thank you very much. This is definitely the best video I have seen on this topic.