Write a program that takes a list of integers called numbers and replaces each element greater than 10 with a '*'. Print the new version of numbers. => Expected Output: - If numbers = [30, 1, 20, 4] then you will print ['*', 1, '*', 4] - If numbers = [5, 9, 11, 23] then you will print [5, 9, '*', '*'] 

 Write a program that takes a list called my_list (it could be a list of any data type) and prints the list three times if the length of the list is less than 5. If the length of my_list is greater than or equal to 5, then print the list one time. Expected Output - If my_list = ['hi', 'hello'] then you will print ['hi', 'hello', 'hi', 'hello', 'hi', 'hello'] - If my_list = [65, 111, 2, 81, 65, 32] then you will print [65, 111, 2, 81, 65, 32] 

 Write a program that takes a list called strings that contains a random selection of strings. Your program should print the first string when arranged in alphabetical order. => Expected Output: - If strings = ['luck', 'cat', 'kid', 'house'] then you will print cat - If strings = ['duck', 'dddd', 'mouse', 'kite'] then you will print dddd 

Write a program that takes a list called numbers that contains integers in a sequence (the sequence is always increasing, never decreasing). Your program should add the next two numbers in the sequence, and then print the list. => Expected Output: - If numbers = [1, 2, 3, 4] then you will print [1, 2, 3, 4, 5, 6] - If numbers = [-5, -4, -3, -2] then you will print [-5, -4, -3, -2, -1, 0] 

Write a program that takes a list called numbers that has an even length. Your program should should insert an '*' between each element of the list. Then print the modified list. => Expected Output: - If numbers = [1, 2, 3, 4] then you will print: [1, '*', 2, '*', 3, '*', 4] - If numbers = [0, 0, 0, 0, 0, 0] then you will print: [0, '*', 0, '*', 0, '*', 0, '*', 0, '*', 0] 

 Use the variable x as you write this program. x will represent a positive integer. Write a program that determines if x is between 0 and 25 or between 75 and 100. If yes, print the message:_ is between 0 and 25 or 75 and 100, where the blank would be the value of x. The program should do nothing if the value of x does not fit into either range. => Expected Output: - If x is 8, then the output would be: 8 is between 0 and 25 or 75 and 100. - If x is 80, then the output would be: 80 is between 0 and 25 or 75 and 100. - If x is 50, then the output would be blank (your program does not print anything). 

 Use the variable x as you write this program. x will represent a positive integer. Write a program that determines if x is divisible by 5. If yes, print _ is divisible by 5, where the blank is the value of x. If no, print _ is not divisible by 5, where the blank is the value of x. => Expected Output: - If x is 50, then the output would be: 50 is divisible by 5 and even. - If x is 37, then the output would be: 37 is not divisible by 5 or it is odd. 

 Use the variable x as you write this program. x will represent a string. Write a program using the elif keyword that determines if x is a primary color (red, blue, or yellow). If yes, print _ is primary color, where the blank is the value of x. If no, print _ is not a primary color, where the blank is the value of x. => Expected Output: - If x is red, then the output would be: red is a primary color. - If x is teal, then the output would be: teal is not a primary color. 

 Use the variable x as you write this program. x will represent a string. Write a program that determines if x is a vowel (a, e, i, o, and u ). If yes, print _ is a vowel, where the blank is the value of x. If no, print _ is not a vowel, where the blank is the value of x. => Expected Output: - If x is a, then the output would be: a is a vowel. - If x is z, then the output would be: z is not a vowel. 

 Write a program that determines the month of the year based on the value of variable called month. The variable will be a number from 1 to 12 (1 is January, 2 is February, etc.). Use a print statement to write the month to the screen. 

 Write a function called avg that takes two parameters. Return the average of these two parameters. If the parameters are not numbers, return the string, Please use two numbers as parameters. => Expected Output - If the function call is avg(10,25), then the function would return 17.5 - If the function call is avg(10, "cat"), then the function would return Please use two numbers as parameters 

 Write a function called odds_or_evens that takes a boolean and a list of integers as parameters. If the boolean parameter is True, return a list of only even numbers. If the boolean parameter is False, return a list of only odd numbers. Expected Output: - If the function call is odds_or_evens(True, [13, 22, 8, 31]), the the function would return [22, 8] - If the function call is odds_or_evens(False, [13, 22, 8, 31]), the the function would return [13, 31] 

 Write a function called search_list that takes a list and a search term as parameters. If the search term is located in the list, return the index of the matching element. The function should work even if there is a difference in capitalization. If the search term is not in the list, return -1. => Expected Output: - If the function call is search_list(["dog", "fish", "cat"], "Cat"), the the function would return 2 - If the function call is search_list(["water", "Toy", "house"], "toy"), then the function would return 1 - If the function call is search_list(["box", "car", "hat"], "mouse"), the the function would return -1 

 Write a function called is_palindrome that takes a string as a parameter. The function will return True if the string is a palindrome( is the same forward and backward). => Expected Output: - If the function call is is_palindrome("level"), the the function would return True - If the function call is is_palindrome("house"), the the function would return False 

 Write a recursive function called recursive_power that takes two integers as parameters. The first parameter is the base and the second parameter is the exponent. Return the base parameter to the power of the exponent. => Expected Output - If the function call is recursive_power(5, 3), then the function would return 125 - If the function call is recursive_power(4, 5), then the function would return 1024