"The experimental determination of the Mueller matrix of a transparent birefringent sample is presented. The novelty of this pocedure is associated to the use of a single incident classically entangled polarized light (azimuthal unconventional polarization) and the presentation of results as spatially-resolved polarization responses (images). This work shows the contributions of the spatial and polarizations degrees of freedom and the procedure to separate them from its localized, classical entanglement."