if $y is following a binomial distribution what does the lower bound depend on? what is the upper bound of the binomial distribution? which of the following is a common example of random walking does t depend on alpha how to find lower bound in multidimensional multinomials what is the higher bound value of $x? what kind of distribution do you have what is the lower bound on the random walk on $x$ which of the following statements follows the binomial distribution? what is the lower bound of $t(alpha)$ in multinomial what does the lower bound on the variable p depend on? why does x follow binomial distribution what is the lower bound of $p what is x x what's the x? what type of random walk can be used for the same coin? what is the limit on the t(at) value when the lower bound is not dependent on x? why do the lower bounds depend how to find the lower bound of the binary distribution does y represent a value in a binomial distribution?