Using Python to implement Gale-Shapley Algorithm that we discussed in the class. After your program is ready, test it with this scenario (feel free to hard-code the input): M={m1,m2,m3,m4} ?={?1,?2,?3,?4} Pref(?1)=(?1,?2,?3,?4) Pref(?2)=(?3,?2,?1,?4) Pref(?3)=(?3,?4,?2,?1) Pref(?4)=(?4,?3,?2,?1) Pref(?1)=(?4,?3,?1,?2) Pref(?2)=(?1,?3,?4,?2) Pref(?3)=(?1,?2,?4,?3) Pref(?4)=(?4,?1,?2,?3) Screen captures of the results of marriage assignment. Python code

Is there a way to create a java program on Branching and selecting method on problems like this? Suppose that we are working for an online service that provides a bulletin board for its users. We would like to give our users the option of filtering out profanity. Suppose that we consider the words cat dog and rabbit to be profane.  Write a program that reads a string from the keyboard and test whether the string contain any one of these words.  Your program should find words like cAt that differ only in case.   Have your program reject only lines that contain one or more of the three words exactly.  For example, concatenation is a small category should not be considered profane.    This problem can be solved easily.  If you add a space to the beginning of the string and a space at the end of the string you only need to check if space cat space or space dog space or space rabbit space is in the string. Use three if statements; one for each word. If one or more of the words are there set…

I need help making a JAVA code

Write a python code using IntegerRoot class that calculates integer nth root of a number m ifits nth root is an integer. For example: (m,n) where m = 1881676372240757194277820616164488626666147700309108518161,n = 3, then the integer nth root of m (i.e. the integer cubic root of m ) is: rgives an out put r = 12345678900987654321.

What is the probability that in a classroom of x people, at least 2 will be born on the same day of the year (ignore leap year)? Use a Monte Carlo Simulation and a frequency table to write a program that calculates this probability, where the number of people (x) in the simulated class is given by the user.  The probability for a class of size 23, should be right around 50%. NO language of "break" or "true" please! Please use the outline given below for the code: