Mass, angular, and total-kinetic-energy distributions for symmetric mass division products of the compound nucleus (CN) Ag-105 formed in the Cl-37 + Zn-68 and O-16 + Y-89 reactions have been measured with a time-of-flight telescope. The characteristics of the products are consistent with those of the fission products obtained in the heavier mass systems. A remarkable angular momentum effect on the width of the mass and total kinetic energy distributions is observed. The features of symmetric mass division products in nuclei with mass numbers around A(CN) = 100 are summarized and systematically examined in terms of corresponding angular momentum.