#Last exercise, you wrote a function called #one_dimensional_booleans that performed some reasoning #over a one-dimensional list of boolean values. Now, #let's extend that. # #Imagine you have a two-dimensional list of booleans, #like this one: #[[True, True, True], [True, False, True], [False, False, False]] # #Notice the two sets of brackets: this is a list of lists. #We'll call the big list the superlist and each smaller #list a sublist. # #Write a function called two_dimensional_booleans that #does the same thing as one_dimensonal_booleans. It should #look at each sublist in the superlist, test it for the #given operator, and then return a list of the results. # #For example, if the list above was called a_superlist, #then we'd see these results: # # two_dimensional_booleans(a_superlis t, True) -> [True, False, False] # two_dimensional_booleans(a_superlis t, False) -> [True, True, False] # #When use_and is True, then only the first sublist gets #a value of True. When use_and is False, then the first #and second sublists get values of True in the final #list. # #Hint: This problem can be extremely difficult or #extremely simple. Try to use your answer or our #code from the sample answer in the previous problem -- #it can make your work a lot easier! You may even want #to use multiple functions. #Write your function here!