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We apply our Yennie-Frautschi-Suura exponentiated cross section formulas forthe parton processes $q + {^(} \bar q {^)}{^\prime} \ra q{^\prime}{^\prime} +{^(} \bar q {^)}{^\prime}{^\prime}{^\prime} + n(G)$ to the process $q + \bar q\ra t + \bar t + n(G)$ at FNAL energies, where G is a QCD gluon. We usesemi-analytical methods to compute the ratio $r_{exp}=\sigma_{exp}/\sigma_B$,where $\sigma_{exp}$ is our soft gluon YFS exponentiated cross section and$\sigma_B$ is the Born cross section. For $m_t= 0.176(0.199)$TeV, we get$r_{exp}=1.65(1.48)$, respectively, for $q=u$ for example. These results arenot inconsistent with the recent observations by CDF and D0.Comment: 6 pages, latex replaces postscript at archiver's reques

Multiple Gluon Effects in $q+\bar{q}\rightarrow t+\bar{t}+X$ at FNAL Energies: Semi-Analytical Results