Pi is being estimated in this simulation.   How many iterations do you need to run? In your own words, make a case for when it is a good approximation of Pi.

Write up Java source codes for compiling and execution of program below. There is a very simple solution to keeping Tic-tac-toe fresh and interesting, though, and it has been thought up by a group of mathematicians. It’s being called Ultimate Tic-tac-toe and simply embeds a Tic-tac-toe board in each of the nine squares of the original game. Now instead of just winning the main board, you also need to win each of the smaller boards first until you have a line of three. New Rule: You can only place a mark on the board determined by the position of your opponent’s last placed mark. So, if they put an X or O in the top right corner of a square, your next move must occur in the top right board. By adding that rule the game is no longer about winning a single board, it’s about tactically managing up to 9 games at once and plotting ahead. You still win by marking three squares in a row, but that now involves winning three games.   The effects of the New Rule: 1: Your opponent can force you…

Lets say we are creating a python game.  A word is displayed gets displayed on the screen. The players of the game must type as many words as they an that are related to the word that is displayed. If players type in the same word multiple times, it is ignored.  One the players are done taking turns, the program gives each player a score that is based off how many wrods they entered that are similiar to what other words players have entered. So for a player to get a point, the word they typed must be typed by another student. QUESTION: We need to store the words typed by the players and all words etered. Would we use a list, set, dict or tuple?

Write a program using Python to solve the locker riddle which reads as follows: Imagine 100 lockers numbered 1 to 100 with 100 students lined up in front of those 100lockers:The first student opens every locker.The second student closes every 2nd locker.The 3rd student changes every 3rd locker; if it’s closed, she opens it; if it’s open, she closes it.The 4th student changes every fourth locker (e.g., 4th, 8th, etc.).The 5th student changes every 5th locker (e.g., 5th, 10th, etc.).That same pattern continues for all 100 students.  Which lockers are left open after all 100 students have walked the rowof lockers?

In Python, Solve the locker riddle which reads as follows:Imagine 100 lockers numbered 1 to 100 with 100 students lined up in front of those 100lockers:The first student opens every locker.The second student closes every 2nd locker.The 3rd student changes every 3rd locker; if it’s closed, she opens it; if it’s open, she closes it.The 4th student changes every fourth locker (e.g., 4th, 8th, etc.).The 5th student changes every 5th locker (e.g., 5th, 10th, etc.).That same pattern continues for all 100 students.  Which lockers are left open after all 100 students have walked the rowof lockers?

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.

Write a Java program that will use while loops. The while loop will show the cards currently in the hand and ask the user to accept a card (Hit) or to stop (Stand). Within the while loop the program should print the card that was just added, all the cards in the hand, and the new value of the hand. If the value of the hand exceeds 21, the game should end (the while loop should stop). Write out the algorithm for the while loop. Turn in a printout of the algorithm, the code and a printout of a sample run. Place the algorithm and the sample run inside comment blocks in the code. "The sample runs of such a program are on the attached image."

TASK 8. Repeat TASKs 4-7. Change Summation Integers problem to Finding the minimumproblem. Make sure you properly wrote/updated all text messages, method names,and math calculations.Hint: You can use java.lang.Math.min() method.Example: System.out.printf("The min of the integers %4d and %4d and %4dis %7d\n", a, b, c, MinTest(a, b, c));Submit the source code files (.java files) and the console output screenshots

Chapter 4 methods can be used to do math calculations and models of engineering and science problems. We describe the maths problem and use the computer to solve it and test it. Can a software on a computer solve math questions and make formulas?

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: