Nuclear magnetic resonance in water is due to the protons of hydrogen. Find the field necessary to produce NMR (nuclear magnetic resonance) at 60 MHz.
These are the equations I think I'm supposed to use:
omega (subscript zero) = gamma * B (subscript zero) (omega is frequency, B is magnetic field)
B sub 0 = (omega sub zero) / (ge/2m)
The Attempt at a Solution
I know that gamma = ge/2m, and g is the gyromagnetic ratio, but do I use g for electrons (g = 2???) and e as the electron charge? The problem states that the nuclear magnetic resonance in water is due to protons, so do I use the g for water? e can only be one thing, right (1.6 * 10^-19) and for m, do I use the mass of an electron or a proton??? The equations are not complicated for this problem, but I'm confused about what constants to use (protons or electrons???). Please help!