Simplifying a probabilistic relationHow to prove independence of Random variablesProbability density function of two uniformly distributed stochastic variablesOrder statistics of a max-min problem.Sum of independent symmetric random variables is symmetricFind the pdf of a piecewise defined random variableSimplification / Concentration Results / Bounds for the Expectation of the Maximum of Two Correlated Random VariablesFind $Pleft( 2M > X_1 + cdots + X_nright)$Feasible region of probabilistic constraintMake an probablity relationship easierIndependence between random vector and event

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Simplifying a probabilistic relation


How to prove independence of Random variablesProbability density function of two uniformly distributed stochastic variablesOrder statistics of a max-min problem.Sum of independent symmetric random variables is symmetricFind the pdf of a piecewise defined random variableSimplification / Concentration Results / Bounds for the Expectation of the Maximum of Two Correlated Random VariablesFind $Pleft( 2M > X_1 + cdots + X_nright)$Feasible region of probabilistic constraintMake an probablity relationship easierIndependence between random vector and event













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Consider three independent random variables $A$, $B$ and $C$ and a fixed number $K$. Can we rewrite the $textPr left(A geq K cap A geq max left(B,C right) right)$ as $textPr left(A geq K cap A geq B right) textPr left(B >C right)$+$textPr left(A geq K cap A geq C right) textPr left(B leq C right)$?










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    0












    $begingroup$


    Consider three independent random variables $A$, $B$ and $C$ and a fixed number $K$. Can we rewrite the $textPr left(A geq K cap A geq max left(B,C right) right)$ as $textPr left(A geq K cap A geq B right) textPr left(B >C right)$+$textPr left(A geq K cap A geq C right) textPr left(B leq C right)$?










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      0












      0








      0





      $begingroup$


      Consider three independent random variables $A$, $B$ and $C$ and a fixed number $K$. Can we rewrite the $textPr left(A geq K cap A geq max left(B,C right) right)$ as $textPr left(A geq K cap A geq B right) textPr left(B >C right)$+$textPr left(A geq K cap A geq C right) textPr left(B leq C right)$?










      share|cite|improve this question









      $endgroup$




      Consider three independent random variables $A$, $B$ and $C$ and a fixed number $K$. Can we rewrite the $textPr left(A geq K cap A geq max left(B,C right) right)$ as $textPr left(A geq K cap A geq B right) textPr left(B >C right)$+$textPr left(A geq K cap A geq C right) textPr left(B leq C right)$?







      probability probability-theory stochastic-processes stochastic-calculus






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      asked yesterday









      miladmilad

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