  We calculate the range of predicted values for 10 quantities that will be
measured by the Sudbury Neutrino Observatory (SNO). We use neutrino oscillation
solutions (vacuum and MSW; active and sterile neutrinos) that are globally
consistent with all available neutrino data and estimate realistic theoretical
and experimental uncertainties. The neutral current to charged current double
ratio is predicted to be more than 9 sigma from the no-oscillation solution for
all of the currently favored neutrino oscillation solutions. The best-fit
oscillation solutions predict a CC day-night rate difference between -0.1% and
+12.5% and a NC day-night difference < 0.01%. We present also the predicted
range for the first and the second moments of the charged current electron
recoil energy spectrum, the charged current, the neutral current, and the
neutrino-electron scattering rates, the seasonal dependence of the charged
current rate, and the double ratio of neutrino-electron scattering rate to
charged current rate.
