Welcome to the ChemComplete RU-vid Channel! ChemComplete is an online learning environment designed to teach you general and organic chemistry the proper way! I strongly believe with the proper resources and well designed examples, you can teach yourself these techniques online when traditional classroom instruction has become too complex. I believe in teaching students the "why and how" behind many questions, and I firmly believe in simple structures with simple solutions. This means all initial problem solving should be simple and basic to start before building up to more complex examples. I hope you find what you are looking for here!
It is like I have watched hundreds of videos and no one explain this n+1 rule well, at lest to me. Now it makes sense! Thank you for making such excellent videos. Respect 🎉
Hello, thank you for your video,, please can you provide a video for a masters research project report since this one is talking more on Bachelor Bsc and undergraduate
i think the 91 peak more stabilized by opening the ring and forming a 7 member ring that is aromatically stabilized. It is known as the tropylium cation. It is formed anytime a benzene ring has a carbon directly attached, as in toluene.
Dude, I _knew_ this instrument had to be set up to give you the integral. Idk why but our professor has us doing this some weird way where we estimate the integral by printing it out and physically measuring height and width to get a rectangular approximation. Why? Why couldn't I just be given data if the instruments give you data? And if we're going old school, why not cut out the peaks and weigh them? At least that method is cool.
This is so easy to understand and at the same time detailed explanation for a complex topic of HPLC. Highly recommend it for anyone looking for an introduction to HPLC. Thank you so much for putting it out❤
Im an Engineer who is working as a service engineer in hplc agilent modules. Being from the mechanical background I am weak in chemistry like what is polar, non polar, ionic bonds, chains, silica, different phase, etc so can amyone fuide me and explain it in easy words
when you describe the matching of peaks to boiling points, you put a dash in between y and z and their boiling points but not x. this makes it look like they are negative (-82 and -37) while x is positive.
what if there is 3 possible products but the GC data only show 2 peaks what does that mean, how do I know which one is which one and what is present of not
