left), sub-leading (upper right) and sub-sub-leading jets (lower left) for data and MC, as well as the inclusive $\alpha$ distribution (lower right) for data and MC. The grey band indicates the corresponding systematic uncertainties.](Figures/Plot_QCD_JetPT1.pdf "fig:"){width="7.3cm"} ![\[fig:DataMCReco\] Comparison of the [$p_{\mathrm{T}}$]{}distributions for the leading (upper left), sub-leading (upper right) and sub-sub-leading jets (lower left) for data and MC, as well as the inclusive $\alpha$ distribution (lower right) for data and MC. The grey band indicates the corresponding systematic uncertainties.](Figures/Plot_QCD_JetPT2.pdf "fig:"){width="7.3cm"} ![\[fig:DataMCReco\] Comparison of the [$p_{\mathrm{T}}$]{}distributions for the leading (upper left), sub-leading (upper right) and sub-sub-leading jets (lower left) for data and MC, as well as the inclusive $\alpha$ distribution (lower right) for data and MC. The grey band indicates the corresponding systematic uncertainties.](Figures/Plot_QCD_JetPT3.pdf "fig:"){width="7.3cm"} ![\[fig:DataMCReco\] Comparison of the [$p_{\mathrm{T}}$]{}distributions for the leading (upper left), sub-leading (upper right) and sub-sub-leading jets (lower left) for data and MC, as well as the inclusive $\alpha$ distribution (lower right) for data and MC. The grey band indicates the corresponding systematic uncertainties.](Figures/Plot_QCD_Reco_Alpha_Full.pdf "fig:"){width="7.3cm"}

Raw Asymmetry Measurements\[sec:ResultsAndDatasetAsymmetry\]
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The $\alpha$ asymmetry, $A_\alpha$, can be defined as the difference between the sum over the fiducial cross-section in each measurement bin $i$ of $\alpha$ for positive and negative regions 