Written: Please observe the rules and write in Java. (do not add any import statements)

3. Two-dimensional random walk (10 points). A two-dimensional random walk simulates the behavior of a particle moving in a grid of points. At each step, the random walker moves north, south, east, or west with probability equal to 1/4, independent of previous moves. Write a program RandomWalker.java that takes an int command-line argument n and simulates the motion of a random walk for n steps. Print the location at each step (including the starting point), treating the starting point as the origin (0, 0). Also, print the square of the final squared Euclidean distance from the origin as double. Note: you do not need arrays for this problem, just keep track of the x and y coordinates during the random walk.

Observe the following rules: DO NOT add any import statements DO NOT add the project statement DO NOT change the class name DO NOT change the headers of ANY of the given methods DO NOT add any new class fields DO NOT use System.exit() ONLY print the result as specified by each problem. DO NOT print other messages, follow the examples for each problem. 3. Two-dimensional random walk (10 points). A two-dimensional random walk simulates the behavior of a particle moving in a grid of points. At each step, the random walker moves north, south, east, or west with probability equal to 1/4, independent of previous moves. Write a program Random Walker.java that takes an int command-line argument n and simulates the motion of a random walk for n steps. Print the location at each step (including the starting point), treating the starting point as the origin (0, 0). Also, print the square of the final squared Euclidean distance from the origin as double. Note: you do not need arrays for this problem, just keep track of the x and y coordinates during the random walk. java Random Walker 20 (0,0) (0,1) (-1,1) (-1,2) (0.2) (1.2) : (1,3) (0,3) (-1,3) (-2,3) (-3.3) (-3,2) (-4,2) (-4,1) (-3,1) (-3,0) (-4,0) (-4,-1) (-3,-1) (-3,-2) (-3,-3) Squared distance = 18.0 origin (0,0) squared distance (X+Y) finish (x, )