NMR spectroscopy CRASH COURSE (Proton & carbon 13) | Analytical chemistry | A2 level chemistry

#nmrspectroscopy #crashcourse #a2level #chemistry #analyticalchemistry #fullcourse #Protonspectroscopy #carbon13spectroscopy #sciencestadium #sciencetadium #proton #nmr #spectroscopy #carbon #13    • Analytical Chemistry Full Course | A2 Chem...   mistake: 57:27 i drew a heptet, it is supposed to be 5 peaks only Proton NMR spectroscopy 00:00 - Start 01:11 - What is spectroscopy 03:01 - How does proton NMR work 10:12 - Energy Levels and Spin Explains different energy levels of hydrogen nuclei Describes the process of flipping spins Discusses the energy required for spin changes Introduces the concept of chemical shifts Describes how NMR spectra indicate different environments 21:09 - How does the environment of Hydrogen atom affect the energy needed to flip it Explains the significance of the environment on resonance frequency 28:50 - The format of NMR Spectra graph 41:17 - Use of CDCl3 (what solvents to use) 43:13 - Identifying different environments of hydrogen atom 47:08 - Splitting and High resolution NMR 48:20 - How to find the splitting pattern 53:39 - How to find the relative intensities of splitting 55:20 - Is our splitting pattern oversimplified? 56:20 - Table for identifying splitting 57:30 - Common Singlet Hydrogen atom environments (functional groups) 59:46 - Why D2O (Deuterium Oxide) is used Carbon NMR Spectroscopy 1:03:46 - Carbon NMR spectroscopy