Find Mean Residual Life of a bounded variable











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Define [ Sleft( xright) = 1- exp left[ -alphaleft( x^{-beta}-1right) right], 00; beta>0.]
Let [ fleft( xright) =frac{alpha beta}{x^{beta+1}} exp left[ -alphaleft( x^{-beta}-1right) right], 00; beta>0. ]
I want to evaluate the following integral:
[ mleft( tright) =frac{int_{t}^{1}ufleft( uright) }{Sleft( tright)}-t ]










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    Define [ Sleft( xright) = 1- exp left[ -alphaleft( x^{-beta}-1right) right], 00; beta>0.]
    Let [ fleft( xright) =frac{alpha beta}{x^{beta+1}} exp left[ -alphaleft( x^{-beta}-1right) right], 00; beta>0. ]
    I want to evaluate the following integral:
    [ mleft( tright) =frac{int_{t}^{1}ufleft( uright) }{Sleft( tright)}-t ]










    share|cite|improve this question


























      up vote
      -2
      down vote

      favorite









      up vote
      -2
      down vote

      favorite











      Define [ Sleft( xright) = 1- exp left[ -alphaleft( x^{-beta}-1right) right], 00; beta>0.]
      Let [ fleft( xright) =frac{alpha beta}{x^{beta+1}} exp left[ -alphaleft( x^{-beta}-1right) right], 00; beta>0. ]
      I want to evaluate the following integral:
      [ mleft( tright) =frac{int_{t}^{1}ufleft( uright) }{Sleft( tright)}-t ]










      share|cite|improve this question















      Define [ Sleft( xright) = 1- exp left[ -alphaleft( x^{-beta}-1right) right], 00; beta>0.]
      Let [ fleft( xright) =frac{alpha beta}{x^{beta+1}} exp left[ -alphaleft( x^{-beta}-1right) right], 00; beta>0. ]
      I want to evaluate the following integral:
      [ mleft( tright) =frac{int_{t}^{1}ufleft( uright) }{Sleft( tright)}-t ]







      integration






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      share|cite|improve this question













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      edited 19 hours ago

























      asked Nov 12 at 13:18









      Student

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      34



























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