The talk will explore areas designed to help students with NMR, including:
鈥� How to analyse NMR spectra.
鈥� How to predict how many peaks a particular compound will have in its NMR spectrum.
鈥� How to recognise the number of different types of hydrogen (and carbon) atoms in a particular compound.
鈥� Use peak positions (chemical shifts) to identify the environment of the atom.
鈥� Using integration (peak areas) to find the numbers of each type of atom.
鈥� Using the (n+1) rule to obtain information on neighbouring groups of atoms.
鈥� How to analyse NMR spectra.
鈥� How to predict how many peaks a particular compound will have in its NMR spectrum.
鈥� How to recognise the number of different types of hydrogen (and carbon) atoms in a particular compound.
鈥� Use peak positions (chemical shifts) to identify the environment of the atom.
鈥� Using integration (peak areas) to find the numbers of each type of atom.
鈥� Using the (n+1) rule to obtain information on neighbouring groups of atoms.
