How to Identify An Unknown Molecule Using Hydrogen NMR Spectroscopy - Worked Example!

In today’s lesson, I go through how to interpret Hydrogen (proton) NMR spectra, in order to identify an unknown molecule, particularly the ETHER functional group. I show you three pieces of important information you can extract from NMR spectra, namely the number of proton environments, the number of hydrogens in each environment (ratio/integration value) and the relationship between electronegativity and chemical shift. We put all these clues together to derive the structure of the molecule. This is the THIRD lesson in a series on NMR spectroscopy questions typically encountered in A-level and AP Chemistry. It is advisable to watch the first lesson (link below) if you haven’t already, as today’s example is harder and requires knowledge I outlined previously. The hydrogen and carbon NMR data sheet I use in these questions is also linked below. DOWNLOAD THIS LESSON’S EXAMPLE: How to interpret hydrogen proton NMR spectra lesson example 2: https://drive.google.com/uc?export=do... Hydrogen and Carbon NMR data sheet: https://drive.google.com/uc?export=do... OTHER RELEVANT VIDEOS: How to interpret H NMR spectra for esters and carboxylic acids:    • How To Analyse Proton H NMR spectra for Es...   HOW CAN I HELP YOU? Website: www.sciencemathstuition.com Email: [email protected]