# Problem 1

def test_mers(n):
# tests the python random number
# generator to see if the numbers
# appear to be uniformly distributed
# the counts for each subinterval are 
# stored in a list called "dist"

  dist = [ 0 for i in range(10)]
  s = 1234
  k = 16807
  j = 2147483647
  for i in range(n):
    s = ( k * s ) % j
    r = s / j
  
  
def test_python(n):
# tests the python random number
# generator to see if the numbers
# appear to be uniformly distributed;
# the counts for each subinterval are 
# stored in a list called "dist"

  dist = [ 0 for i in range(10)]


# Problem 2

def monte(n):
# integrates exp(x) from 0 to 1
# using Monte Carlo
# methods with n points.


# Problem 3

def drunk(n):
# prints out the results of simulating
# the drunk walk problem from the text


# Problem 4

def double6(n)
# prints out the results of simulating
# the rolling double sixes from the text