The study of low and high energetic jets gives insight into the soft and hard QCD processes, similar to the multiparton interactions. Recent works have explored these phenomenological effects on the hadron systems. However, none of the studies have calculated the number of multiple parton interactions in terms of the number of jets. The present research provides the relation between the number of jets and the number of multiple parton interactions in an event through the Forward-Backward correlation in pseudorapidity ranges. The data analyzed were generated with PYTHIA 8 and compared with experimental results. We found a linear behavior of average multiparton interaction and the number of jets for events with a low number of them. These results suggest a scaling factor for the hardness of the event depending on the number of jets.