PRECISE PREDICTIONS FOR M(T), V(CB), AND TAN-BETA

The fermion mass and mixing angle predictions of a recently proposed f ramework are investigated for large b and tau Yukawa couplings. A new allowed region of parameters is found for this large tanbeta case. The two predictions that are substantially altered, m(t) and tanbeta, are displayed, including the dependence on the input \V(cb)\, m(c), m(b), and alpha(s). A simple restriction on this framework yields an additi onal prediction for \V(cb)\. If the b, t, and tau Yukawa couplings are equal at the GUT scale then \V(cb)\ is predicted and the top quark ma ss is constrained to lie in the range m(t) = 179+/-4 GeV.