Having trouble creating the following Python program:   A Magic Square is a grid with 3 rows and 3 columns with the following properties:   The grid contains every number from 1 to 9. The sum of each row, each column, and each diagonal all add up to the same number.   This is an example of a Magic Square: 4 9 2 3 5 7 8 1 6   In Python, you can simulate a 3x3 grid using a two-dimensional list. For example, the list corresponding to the grid above would be: [[4, 9, 2], [3, 5, 7], [8, 1, 6]]   Write the definition of a function named is_magic_square that accepts a two-dimensional list as an argument and returns either True or False to indicate whether the list is a Magic Square. (Submit only the function definition, not a complete program

Write a Java program to implement the following: Ask the user to enter the names of 3 Books and store them in an ArrayList called Book  Remove the second book from the list  Add the user to enter a new book name and store to be the first book of the list  Ask the user to enter a book name, search for it in list, and print “exist” or “not exist”  Print the book name at index 2  Print all list items using loop  Print the size of the list

Write a python program that creates a dictionary whose values are lists of anagrams of words read from a file.  using: def norm(s): def AnagramDicionary(f): def printWordList(L): def main():

convert this code to JAVA   location = [] size = [] rover = 0 def displayInitialList(location, size):   global rover   print("FSB#   location  Size")   for i in range(len(location)):     print(i,"      ",location[i],"      ",size[i])   if rover<len(size)-1:     print("Rover is at ",location[rover+1])   else:     print("Rover is at ",location[rover])   def allocateMemory(location,size,blockSize):   global rover   if rover<len(size):     while size[rover]<blockSize:       rover+=1       if i==len(size):         return False     location[rover] +=  blockSize     size[rover] -= blockSize     rover+=1     return True   else:     return False   def deallocateMemory(location,size,delLocation,delSize):   i=0   while delLocation>location[i]:     i+=1   location[i]-=delSize   size[i]+=delSize     while True:   print("1. Define Initital memory\n2. Display initial FSB list\n3. Allocate memory\n4. Deallocate memory\n5. Exit")   print("Enter choice: ",end="")   choice = int(input())   if…

JAVA you guys returned the question and said that it is a writing assignment but it is not. It is a java question, multiple-choice no coding. Please help me with this.

JAVA

Create an application that reads a sequence of up to 25 names and postal (ZIP) codes for persons. Put the data in an object that can have a first name (string), last name (string), and postal code (integer). Assume that each line of input will have two strings separated by a tab character, followed by an integer value. After the input has been read in, print the list to the screen in the appropriate manner.

In PYTHON use a Monte Carlo Simulation to write a code that gives the probability that in a classroom of x people, at least 2 will be born on the same day of the year, ignoring leap year? The number of people in the class is given by the user as variable x.   Here is the code outline that is needed to answer this question. Please use it in your answer: import mathimport random # create and initialize frequency table:ft = []k = 0while(k < 365) :  ft.append(0)  k = k+1 # Allow the user to determine class size:print("Please type in how many people are in the class: ")x= int(input()) success = 0 # Simulate:c = 0while(c < 10000) :    # Step 1:  re-initialize birthday frequency table (it must be re-initialized for each play-through (why?):  k = 0  while(k < 365) :    ft[k] = 0    k = k+1    # Step 2:  randomly get x birthdays and update frequency table:  k = 0  while(k < x):    # your code goes here ##########################             k = k+1    # Step 3: Check to see if this…

Why my code given me error’s # Python code to draw snowflakes fractal. import turtle import random # setup the window with a background color wn = turtle.Screen() wn.bgcolor("cyan") # assign a name to your turtle elsa = turtle.Turtle() elsa.speed(15) # create a list of colours scolor = ["white", "blue", "purple", "grey", "magenta"] # create a function to create different size snowflakes def snowflake(size): # move the pen into starting position elsa.penup() elsa.forward(10*size) elsa.left(45) elsa.pendown() elsa.color(random.choice(sfcolor)) # draw branch 8 times to make a snowflake for i in range(8): branch(size) elsa.left(45) # create one branch of the snowflake def branch(size): for i in range(3): for i in range (3): elsa.forward(10.0*size/3) # draw branch 8 times to make a snowflake for i in range(8): branch(slice) elsa.left(45) # create one branch of the snowflake def branch (size): for…

In python language, including print(song)