Multifragmentation of C-60 was investigated for 2 MeV C+ projectile ions by means of a time-of-flight triple coincidence technique. Fragment ions and secondary electrons were measured simultaneously in coincident with charge-selected outgoing projectile particles scattered into forward angles smaller than 1.0 mrad. Fragment ion distributions were found to change remarkably with respect to the scattering angle theta. Relationships between theta and the impact parameter b measured from the center of C-60 were calculated classically. We found evidently that small-size fragment ions are produced only from cage-penetration collisions, while intact parent ions and their daughter ions are created in collisions nearby but outside a C-60. Furthermore, charge state distributions of prefragmented C-60(r+) ions and correlated fragment ion pairs were both found to be essentially independent of theta when plotted for individual C-m(+) ions of fixed size. These results indicate that the production of a size-fixed specific ion may be restricted to a certain impact parameter region in which equivalent electronic energies are deposited irrespectively of theta. This was confirmed also from our calculation of the energy deposition as a function of b carried out using the local density approximation.