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We review the recent ALICE data on charged particle multiplicity in p-pcollisions, and show that it exhibits Geometrical Scaling (GS) with energydependence given with characteristic exponent $\lambda=0.22$. Next, startingfrom the GS hypothesis and using results of the Color Glass Condensateeffective theory, we calculate $< p_{\text{T}}>$ as a function $N_{\rm ch}$including dependence on the scattering energy $W$. We show that $<p_{\text{T}}>$ both in p-p and p-Pb collisions scales in terms of scalingvariable $(W/W_{0})^{\lambda/(2+\lambda)}% \sqrt{N_{\mathrm{ch}}/S_{\bot}}$where $S_{\bot}$ is multiplicity dependent interaction area in the transverseplane. Furthermore, we discuss how the behavior of the interaction radius $R$at large multiplicities affects the mean $p_{\mathrm{T}}$ dependence on $N_{\rmch}$, and make a prediction that $< p_{\text{T}}>$ at high multiplicity shouldreach an energy independent limit.

Geometrical Scaling and the Dependence of the Average Transverse Momentum on the Multiplicity and Energy for the ALICE Experiment