[en] Energy dE/dlambda, charge dQ/dlambda and strangeness dS/dlambda fluxes in K⁺p interactions at 32 and 70 GeV/c, and π⁺p interactions at 32 GeV/c are studied in terms of the angular variable lambda=x/psub(T) (psub(T) is the transverse momentum, x is the Feynman variable). The data on dQ/dlambda and dE/dlambda are practically energy independent between 32 and 70 GeV/c and do not depend on incident particle. For inclusive non-diffractive, inclusive diffractive and exclusive non-diffractive jets, the fraction of charge in any angular region δΩ away from the central region is found to be proportional to the energy flux in the same interval. The data on dQ/dE versus lambda are compatible with some versions of dual models and agree also with the Lund Monte-Carlo model. In exclusive channels the average ratio dQ/dS is different from unity and amounts to dQ/dS = 0.78+-0.04, thus showing different probability for the kaon valence anti s and u quark fragmentations. The dQ/dlambda and dE/dlambda distributions in nondiffractive K⁺p reactions and ß(anti ß)p interactions are found to be very similar