Modify the base case of recursive binary search by performing a linear (sequential) search when the sublist
size becomes less than or equal to 5. Complete the following code:
def searchHybrid(L,x): # Wrapper function
""" Assumes L is a list sorted in nondecreasing order
returns index of an occurence of x in L if found
else returns -1
Algorithm: hybrid binary-search linear-search"""
def linearSearch(L,x,low,high):
""" Assumes L is a list sorted in nondecreasing order
returns index of an occurence of x in L[low...high] if found
else returns -1
Algorithm: linear-search"""
....
def recBinarySearchHybrid(L,x,low, high):
1
""" Assumes L is a list sorted in nondecreasing order
returns index of an occurence of x in L[low...high] if found
else returns -1
Algorithm: hybrid binary-search linear-search: use linear search if size of L[low...high]
is at most 5"""
...
return recBinarySearchHybrid(L,x,...)
A survey gathers heights and weight of 50 participants and recorded the participants age as ages=[40,56,46,58,79,70,67,46,32,91,92,93,47,95,69,56,50,30,9,29,29,0,31,21,14,18,16,18,76,68,6,9,78,81,71,91,01,69,78,77,54,59,59,41,51,48,49,76,10]
Write a program that records how many people attended the theater during the week (7 days). There is an afternoon show and an evening show, so use a two-dimensional list to save the data (A list with seven elements which are also lists). You will have fourteen numbers in your list (7 rows and 2 columns). Use a random function to fill the list (see page 379). Print the list. Convert the list to a tuple. Print the tuple. Use the main function.
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