The electrical conductivity and thermoelectric power of liquid AgSbTe//2 and AgSbSe//2 have been investigated as a function of temperature up to 250 degree C above their melting point. Experimental data are analyzed in terms of a model developed for the density of states and electrical transport in solid amorphous semiconductors. The results suggest a large predominance of holes in electrical conduction, but it appears that the conduction mechanism is different in these molten compounds.