Write a recursive function named decrypt, which takes a string s and a dictionary d where each key in the dictionary is a string word associated with a secret code as its key. This function should return the list of all possible ways (order it returns it in doesn’t matter) in which the string s can be decoded by splitting it into secret codes and separating the corresponding words of the decoded word with spaces. For instance, calling decrypt('turing', {'turing': 'A', 'tur': 'B', 'ing': 'C', 'tu': 'D', 'ring': 'E', 'ri': 'F', 'ng': 'G'}) returns ['A', 'D E', 'D F G', 'B C']. def decrypt(s: str, d: {str: str}) ->

Use Python for this question:   Implement a function findMixedCase that accepts a single argument, a list of words, and returns the index of the first mixed case word in the list, if one exists, (a word is mixed case if it contains both upper and lower case letters), and returns -1 if the all words are either upper or lower case   Output for this question is in the attached image:

Write a Python function (give it any name you choose) to analyze a text string given to it. The function will receive one single string as argument It will return two tuples of two elements each: One tuple contains the word with the maximum occurrence in the input text and the number of its occurrence. The other tuple contains the longest word with in the input text and the number of characters in it. The function should be called like function1(text), where text is a string variable. Use the paragraph below to test your code:   text = ‘’’During a wet autumnal walk, I was explaining to my girlfriend about my recent presentations. I've been doing my 'Getting Started with Python' talk at Aruba Airheads meet-ups. I recorded an early version of it, see below. One point I mentioned is that the reaction is always mixed. When I ask who is learning Python, about 5% of each audience put their hands up. Regularly people object to the idea of network engineers learning Python. The arguments…

Solved in python