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We study the single jet inclusive cross section up to next-to-next-to leadingorder in perturbative QCD, implemented in the parton-level event generatorNNLOJET . Our results are fully differential in the jet transverse momentum andrapidity and we apply fiducial cuts for comparison with the available ATLAS 7TeV 4.5 fb$^{-1}$ data for jet radius $R=0.4$. For the theoretical calculationwe employ the antenna subtraction method to reliably cancel all infrareddivergences present at intermediate stages of the calculation. We present allresults using the individual jet transverse momentum $\mu_{R}=\mu_{F}\simp_{T}$ as the renormalization and factorization scale for each jet'scontribution to the single jet inclusive cross section. Finally, we considerthe differences between our predictions using this scale choice to those forthe leading jet transverse momentum scale choice, $\mu_{R}=\mu_{F}\simp_{T_{1}}$, used in [14], with reference to the ATLAS data.

Single jet inclusive production for the individual jet $p_{T}$ scale choice at the LHC