language = python Exercise 6Use the function design recipe to develop a function named sum_range. The function takes alist of integers, which may be empty, and two indices m, n what specify the start and end range.The function returns the sum of the numbers in the list between the indices of a specified range,returning 0 for an empty list. For example, when the function's argument is[2,1,5,6,8,3,4,9,10,11,8,12], and indices are m=8, and n = 10, the function returns the sum of thespecified range which is 29. You can assume that m is smaller or equal than n.

Logic:- define a function sum_range taking lst, m and n as parameter. Set total=0 If…

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C++ for Engineers and Scientists

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ISBN:9781133187844

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Chapter7: Arrays

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Exercise 5 Use the function design recipe to develop a function named max occurrences.The function takes a list of integers, which may be empty. The function returns value of the maximum occurrences in a given list. For example, when the function's argument is [2, 4, 7,9, 8, 2, 6, 5, 1, 6, 1,2, 3,4, 6,9, 1, 2], the function returns the value that has the maximum occurrences, in this case is 2. You can assume there will not be two values with the maximum number of which occurrences, that means [2,2,6,6] will not happen. For this exercise, you are allowed to use the method "count"
Pyhton code please help, indentation would be greatly appreciated
Probelm part 1: Define a function called common_divisors that takes two positive integers m and n as its arguments and returns the list of all common divisors (including 1) of the two integers, unless 1 is the only common divisor. If 1 is the only common divisor, the function should print a statement indicating the two numbers are relatively prime. Otherwise, the function prints the number of common divisors and the list of common divisors. Complete each to do with comments to expalin your process. Problem part 2: complete the following todo's and make comments to explain each step # TODO: Define the function 'common_divisors' with two arguments 'm' and 'n'. # TODO: Start with an empty list and append common divisors to the list. # TODO: Create a conditional statement to print the appropriate statement as indicated above. Problem part 3: Call the function common_divisors by passing 5 and 38. Your output should look like this: 5 and 38 are relatively prime. # TODO: Call…
language = python
language = python
Exercise 4 Use the function design recipe to develop a function named max min. The function takes a list of integers. (Assume that the list has at least two integers). The function returns the largest and smallest elements in the list as a string. For example, when the function's argument is [10, 3, 5, 6], the function returns “max = 10 and min= 3". For this exercise, your function is not permitted to call Python's min and max functions. It is true that Python offers a very elegant and efficient solution (a version shown below) but in this exercise, we want you to practice writing loops. For now, this wonderful Python solution is not permitted in this lab, but free feel to file it away for later use!
Description Write a short program that will define a function called make_book that will have 3 parameters: ● book_title book_author] book_length with a default value of 100 It will return a dictionary with the keys 'title', 'author', and 'length'. You will then call this function 2 times (not in a loop): • The first time specifying all parameters by order: Ulysses by James Joyce with 762 pages • The second time specifying the title and author by keyword: The Odyssey by Homer And print the dictionary returned by the function in a simple print statement. Specification • You should submit a single file called MidtermExam3.py • It should follow the submission standards outlined above. The assignment name will be Midterm Exam 3 • Each print statement should be sent a single f-string as an argument or nothing at all. For example: o Don't do this: [print("My variable is ", myvar1) o This is ok: print (f"My variable is {myvar1}")) o This is ok: print()
Matrix Multiplication by a Scalar Please write a function calculate (matrix, scalar) that takes two arguments: a nested list that represents a matrix and an integer that represents a scalar. The function returns a nested list that corresponds to the result of matrix multiplication by a scalar. Your function should work with the following code: if __name__ == '__main__': scalar 3 A = [[1,0,0], [0,1,0], [0,0,1]] D calculate (A, scalar) assert D == [[3,0,0], [0,3,0], [0,0,3]] Save your function and the main code in a file called matrix.py and upload it here.
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Exercise 1 Write a function called nested_sum that takes a list of lists of integers and adds up the elements from all of the nested lists. For example: >>> t = [[1, 2], [3], [4, 5, 6]] >>> nested_sum(t) 21
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