  The assumption of simultaneous chemical and thermal freeze-outs of the hadron
gas leads to a surprisingly accurate, albeit entirely conventional, explanation
of the recently-measured RHIC pT spectra. The original thermal spectra are
supplied with secondaries from decays of all resonances, and subsequently
folded with a suitably parameterized expansion involving longitudinal and
transverse flow. The predictions of this thermal approach, with various
parametrizations for the expansion, are in a striking quantitative agreement
with the data in the whole available range of 0 < pT < 3.5GeV.
