High precision four terminal dc electrical resistivity (&rgr;) measurements are carried out on amorphous Fe75−xMxSi15B10(M= Co, Cr; 0 ≤x≤ 9)alloys in the temperature ranges 1.5≤T≤300 K and 77≤T≤400 K for Co and Cr substituted samples, respectively. For both kind of samples studied, the temperature dependence of resistivity shows a minimum (&rgr;min) at a temperatureTmin×Tminvalue for amorphous Fe75Si15B10alloy is 20 K and it does not get affected with Co substitution whereas it increases drastically to high temperatures with the same amount of Cr substitution. &rgr; shows a logarithmic temperature dependence for temperatures less thanTmin. AboveTmin , &rgr; shows quadratic temperature dependence. An indirect evidence for the magnetic contribution to total resistivity is presented by an elaborate resistivity data analysis.