  Using 20.7 pb^-1 of e+e- annihilation data taken at sqrt{s} = 3.671 GeV with
the CLEO-c detector, precision measurements of the electromagnetic form factors
of the charged pion, charged kaon, and proton have been made for timelike
momentum transfers of |Q^2| = 13.48 GeV^2 by the reaction e+e- -> h+h-. The
measurements are the first ever with identified pions and kaons of |Q^2| > 4
GeV^2, with the results |F_pi(13.48 GeV^2)| = 0.075 +- 0.008(stat) +-
0.005(syst) and |F_K(13.48 GeV^2)| = 0.063 +- 0.004(stat) +- 0.001(syst). The
result for the proton, assuming |G^p_E| = |G^p_M|, is |G^p_M(13.48 GeV^2)| =
0.014 +- 0.002(stat) +- 0.001(syst), which is in agreement with earlier
results.
