python code. Instructions are given below for each function. Run function is already done. 1) def num_to_digit_rec(num, base): """ Return a list of digits for num with given base; Return an empty list [] if base < 2 or num <= 0 """ # Write your code here return [] 2) def digit_sum(num, base): """ Return the sum of all digits for a num with given base Your implementation should use num_to_digit_rec() function """ # Write your code here return 0 3) def digit_str(num, base): """ Given a number and a base, for base between [2, 36] inclusive Converts the number to its string representation using digits 0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZ to represent digits 0 to 35. Return the string representation of the number Return an empty string '' if base is not between [2, 36] Your implementation should use num_to_digit_rec() function """ digits = "0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZ" # Can not find str representations for base not in [2, 36] if base > 36 or base < 2: return "" # Calculate and return the str representation for num for the given base # Write your code here return "" 4) def digit_to_num(rep, base): """ Return -1 if base is not between [2,36] inclusive; or if the string rep contains characters not a digit for the base; Return the number represented by the string for the given base otherwise. For example digit_to_num("1001", 2) is 9; digit_to_num("ABC", 16) is 2748. """ # Check if the base is valid if base > 36 or base < 2: return -1 digits = "0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZ" rep = rep.upper() # Check if the rep only uses proper digits # Write your code here return 0 5) def uses_only(word, letters): """ Return True if word only uses characters from letters; otherwise return False """ # Write your code here return True 6) def run(): num = int(input("Enter a num: ")) base = int(input("Enter a base: ")) print(f"Digit list is {num_to_digit_rec(num, base)}") print(f"Digit sum is {digit_sum(num, base)}") print(f"String Rep is {digit_str(num, base)}") rep = input(f"Enter a string rep of a num with base {base}: ") print(f"The number is {digit_to_num(rep, base)}")

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Code following instructions using pyhton: 1. Write a function that accepts a list as an argument (assume the list contains integers) and returns the total of the values in the list 2.Draw a flowchart showing the general logic for totaling the values in a list. 3.Assume the names variable references a list of strings. Write code that determines whether 'Ruby' is in the names list. If it is, display the message 'Hello Ruby'. Otherwise, display the message 'No Ruby'.

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Python code please help, indentation would be greatly appreciated

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Need help with Python. Paste indented code QUESTION 8 Implement the following:1) Define a function oddList() with an arbitrary parameter a.2) This function accepts any number of integer arguments.3) oddList() stores all odd numbers into a list and returns the list.4) Call the function with 1, 2, 3, 4, 5 as arguments.5) Print the result of the function call. Example Output[1, 3, 5]

Write a function that accepts two arguments, a list and a number n. The list contains numbers. The function return a list of all the numbers from the input list that are greater than number n. greater_than_n(list, n)

python LAB: Subtracting list elements from max When analyzing data sets, such as data for human heights or for human weights, a common step is to adjust the data. This can be done by normalizing to values between 0 and 1, or throwing away outliers. Write a program that adjusts a list of values by subtracting each value from the maximum value in the list. The input begins with an integer indicating the number of integers that follow.

To determine if two lists of integers are equivalent, you must write a function that accepts the lists as input and returns true or false (i.e. contain the same values). The greatest value of each list must be shown if the lists are dissimilar and the procedure is effective.

The function sum_evens in python takes a list of integers and returns the sum of all the even integers in the list. For example: Test Result print(sum_evens([1, 5, 2, 5, 3, 5, 4])) 6 print(sum_evens([5, 5, -5, -5])) 0 print(sum_evens([16, 24, 30])) 70