Motivated by nonrelativistic models of a QCD (quantum chromodynamic) string
, we examine the system of a nonrelativistic string in uniform rotational m
otion with one end fixed and with a mass (quark) attached to the other end.
A QCD string has no purely longitudinal modes, so some constraint must be
imposed upon the nonrelativistic system to exclude these modes. Accordingly
, we examine the cases that the string is either inextensible or purely tra
nsverse. For each case we solve first the discretized string and then do th
e continuum case. We find the small amplitude oscillatory motions and frequ
encies of oscillation of the string and mass. We show that the assumption o
f a node at the end of the inextensible string produces frequencies that ar
e very close to the actual frequencies. For the transverse string, we show
that keeping centrifugal terms for the motion of the masses comprising the
string leads to an unstable mode.