Using the function e from numpy package write three functions exponontialRV/oed, mean n) that roturns for given soed a bunch of n random variables from an exponential distribution with the provided mean. Derive the generalized inverse distribution function analytically for your simulation poissonFV/(seed, mean,n) that returns for given seed a bunch of n Poisson distributed random numbers with the provided mean. You have to numerically caloulate the inverse distribution function funnyDiceRV(seed,n) that returns for given seed a bunch of n random number which describe a biased die with distribution SimathbbIPK(1)-mathbb(P) (2)-mathbb(PK(3)-mathbblPH4) mathbb PI5))-1/10$ and SvmathbbIP(6)-12