Question: statistics Table 1 lists the systematic uncertainties on a matter-antimatter asymmetry, also known as charge-parity (CP) asvmmetrv, measured for the decay of a D' meson
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Table 1 lists the systematic uncertainties on a matter-antimatter asymmetry, also known as charge-parity (CP) asvmmetrv, measured for the decay of a D' meson into a K+ K-7 7 final state. Given that the CP asymmetry is defined by A = NA - NB NA+ NB where NA = 10974 + 117 and NB = 10749 + 116, compute the value and uncertainty on A, writing statistical and systematic uncertainties separately. You may assume that NA and NB are uncorrelated and that the systematic uncertainties are uncorrelated. Table 1: Systematic uncertainty contributions on A for Do - K+K-at7- data. Source of systematic uncertainty |Magnitude of contribution mis-reconstructed signal shape 0.001 Charged particle identification 0.004 momentum (p*(D)) cut 0.002 Detector asymmetry 0.001 A. Compute the total systematic uncertainty on this asymmetry
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