Using pseudo code (java), provide an algorithm for the use cases below; Apply for a loan

Design an algorithm for determining the day of the week of any date since January 1, 1700. For example, August 17, 2001 was a Friday.

Compare and contrast the problem-solving strategies of iterative and recursive methods. It's important to know when to utilize recursion and when to use iteration. Provide supporting evidence that differs from the examples included in the presentation slides to back up your claim.

USE SCHEME IN DRRACKET.In the language of an alien race, all words take the form of Blurbs. A Blurb is a Whoozitfollowed by between zero or more Whatzits. A Whoozit is the character 'x' followed bybetween one or more 'y's. A Whatzit is a 'q' followed by either a 'z' or a 'd', followed by aWhoozit. -The program should ask the user to “Enter an alien word:”, read the inputas a string, and check whether or not it is a valid word (Blurb). If it is valid, it prints"The word is fine.", otherwise it prints "The word is a mess!". -The program should loop and ask the user for new input until they enter avalid blurb.For Scheme, it is suggested that you review the “input_and_output.rkt” sample program from the first module on functional programming. This program shows how to perform a “loop” that reads in data and processes it. You may find the following forms useful: a. (read) to read a string b. (string->list) to convert the string into a list of characters, c. (display “Hello”) to write…

Please type thank you!   Tasks: 1. Write a python program that implements the estimation of Pi through a Monte Calo simulation.     1)  How many iterations do you need to run? make a case for when it is a good approximation of Pi.       2)  Suggest a method that would accelerate the approximation of Pi. You may either suggest a method that would accelerate the approximation of Pi than the method you described in b, or you may describe two methods and explain which one can accelerate the approximation of Pi than the other one.