The anisotropic magnetoresistance ratio ∆ρ/ρo = (ρ∥-ρo)/ ρo, of a series of Fe-rich FePd alloys samples has been studied as a function of the absolute temperature T from 10K to 300K. The experimental results are discussed from the view point of the two-current model. The analysis based on the Matthiessen's rule has been used to describe the temperature dependence of ∆ρ/ρo. In addition, the concentration dependence of the residual resistivity of these alloy samples is discussed in terms of the validity of the Nordheim's rule.