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The following is a review of error propagation needed to compute the errors on the normalization integrals and the intensity sum that is based on them.  Consider a Monte-Carlo (MC) integral over the intensities of N detected events out of N<sub>gen</sub> generated.  
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The following is a review of error propagation needed to compute the errors on the normalization integrals and the intensity sum that is based on them.  Consider the estimator for the intensity of a given PWA solution, based on a sum over a Monte Carlo sample with N<sub>gen</sub> phase space events generated and N reconstructed and passing all cuts.
 
   
<math>
 
<math>
 
I=\frac{1}{N_{gen}}\sum_i^N{
 
I=\frac{1}{N_{gen}}\sum_i^N{

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