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Multiplicity, rapidity and transverse momentum distributions of hadronsproduced both in inelastic and nondiffractive $pp$ collisions at energies from$\sqrt{s} = 200$\,GeV to 14\,TeV are studied within the Monte Carlo quark-gluonstring model (QGSM). Good agreement with the available experimental data up to$\sqrt{s} = 13$\,TeV is obtained, and predictions are made for the collisionsat top LHC energy $\sqrt{s} = 14$\,TeV. The model indicates that Feynmanscaling and extended longitudinal scaling remain valid in the fragmentationregions, whereas strong violation of Feynman scaling is observed atmidrapidity. The Koba-Nielsen-Olesen (KNO) scaling in multiplicitydistributions is violated at LHC also. The origin of both maintenance andviolation of the scaling trends is traced to short range correlations ofparticles in the strings and interplay between the multistring processes atultrarelativistic energies.

How many of the scaling trends in $pp$ collisions will be violated at sqrt{s_NN} = 14 TeV ? - Predictions from Monte Carlo quark-gluon string model