We also have theindex()function in Python that returns the index of the given element if it is present in the list. If not, then it throws aValueError. To get the index of the maximum element in a list, we will first find the maximum element with themax()function and find its index...
tuple = ("python", "includehelp", 43, 54.23) Finding the maximum element in tuple listIn this article, we are given a list of tuples. We need to create a Python program to find the maximum element in the tuple list.Input: [(4, 1, 6), (2, 3, 9), (12, 7, 5)] Output: ...
You can find the maximum value in alistusing various functions of Python. A list is a data structure that allows you to store and manipulate a collection of elements. Each element in the list has an index associated with it, starting from 0 for the first element. You can take multiple a...
Write a Python program to find the minimum value in a heterogeneous list using lambda, ignoring non-comparable types. Write a Python program to determine the maximum string (lexicographically) in a heterogeneous list using lambda. Write a Python program to find the longest element in a ...
Python Code: # Define a function 'max_by' that takes a list 'lst' and a function 'fn'.# It uses the 'max' function to find the maximum value in 'lst' based on the results of applying 'fn' to each element.defmax_by(lst,fn):returnmax(map(fn,lst))# Call the 'max_by' functi...
tuple = ("python", "includehelp", 43, 54.23) Maximum value in record list as tuple attribute We are given a list of tuples with each tuple with values stored as records. We need to create a python program to extract the maximum value in the record list as a tuple attribute....
Step 3 :With the help of a unique function, the unique elements are found in the list by going through every element of the list and storing it in a variable. Step 4 :Set the variable named "maximum_distance" to zero. Step 5 :The method of finding the distance needs the location of...
self._q.append(e)defpop(self):# - pop the max elementreturnself._q.popleft()defget_max(self):returnself._q[0]classSolution:defmaxSlidingWindow(self, nums:List[int], k:int) ->List[int]: res = [] mq = MonotonicQueue()fori,ninenumerate(nums): ...
class Solution: def maxProduct(self, words: List[str]) -> int: words.sort(key=len, reverse=True) maximum = 0 n = len(words) for i in range(n): for j in range(i+1, n): x = len(words[i]) y = len(words[j]) if maximum >= x * y: return maximum intersection = set(wor...
}return*max_element(f.begin(),f.end()); } };intmain() { Solution s; vector<int> nums={-2,1,-3,4,-1,2,1,-5,4};intres=s.maxSubArray(nums); cout<<res<<endl;return0; } Python version: arr=input("") nums=[int(n)forninarr.split(",")]print(nums)#nums=[-2,1,-3,...