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kth moment of the Weibull distribution with shape parameter parameter \(\tau\) and rate parameter \(\beta\).
kthmoment_weibull(k, shape, rate = 1/scale, scale = 1/rate)
kth-moment.
shape parameter \(\tau\), must be positive integer.
\(\beta\) is the rate parameter, must be positive.
alternative parameterization to rate parameter, scale = 1 / rate.
Returns numeric value. Function :
E_weibull gives the expected value.
E_weibull
V_weibull gives the variance.
V_weibull
kthmoment_weibull gives the kth moment.
kthmoment_weibull
Etronq_weibull gives the truncated mean.
Etronq_weibull
SL_weibull gives the stop-loss.
SL_weibull
Elim_weibull gives the limited mean.
Elim_weibull
Mexcess_weibull gives the mean excess loss.
Mexcess_weibull
TVaR_weibull gives the Tail Value-at-Risk.
TVaR_weibull
VaR_weibull gives the Value-at-Risk.
VaR_weibull
Invalid parameter values will return an error detailing which parameter is problematic.
The Weibull distribution with shape parameter \(\tau\) and rate parameter \(\beta\) has density: $$f\left(x\right) = \beta \tau \left( \beta x \right) ^{\tau -1} % \mathrm{e}^{-\left( \beta x\right) ^{\tau }}$$ for \(x \in \mathcal{R}^+\), \(\beta > 0\), \(\tau > 0\)
Other Weibull Distribution: E_weibull(), Elim_weibull(), Etronq_weibull(), Mexcess_weibull(), SL_weibull(), TVaR_weibull(), V_weibull(), VaR_weibull()
E_weibull()
Elim_weibull()
Etronq_weibull()
Mexcess_weibull()
SL_weibull()
TVaR_weibull()
V_weibull()
VaR_weibull()
# NOT RUN { # With scale parameter kthmoment_weibull(k = 2, shape = 2, scale = 5) # With rate parameter kthmoment_weibull(k = 2, shape = 2, rate = 0.2) # }
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