Write a program in Python with a function decimalToBinary(n) that converts a positive decimal integer n to a string representing the corresponding binary number. Do the conversion by repeatedly dividing the number n by 2 using integer division, keeping track of the remainders, until the number is reduced to 0. The remainders written in reverse order form the binary number string.

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…

Implement a function eligible in Python that returns a list of the names of people that are eligible for vaccination, subject to a minimum age requirement. The function eligible must: accept two arguments: 1. the minimum age for eligibility, a positive integer 2. a multiline string, containing the people waiting to be vaccinated. Each line of the stringcontains a person's name and their age, separated by a single space. return a list of the people who are eligible to be vaccinated, i.e., those whose ages is at least that of the minimum age for eligibility. They should be listed in the order they occur in the input string. Sample: >>> people = 'Sue 25\nAli 45\nSyd 45\nSally 105\nIan 16\nUli 65\nOliver 23\nZoe 95'>>> print(people)Sue 25Ali 45Syd 45Sally 105Ian 16Uli 65Oliver 23Zoe 95

Implement a function alterCase in Python that converts a word to "alterCase". Given a word, using any mix of upper and lower case letters, the function then returns the same word, except that the first letter is upper case, the second is lower case, and then cases of letters alternate throughout the rest of the word. >>> alterCase('apple')'ApPlE'