Pick A,B,C,D 2.Here is the API for a robot library.// moves the robot forwardfunction moveForward);// turns the robot to the leftfunction rotateLeft();// turns the robot to the rightfunction rotateRight();// checks if a robot can move in any direction// direction {string} - the direction to be checked// return {Boolean} - true if the robot can move in that direction, otherwise returns falsefunction canMove(direction);Which code segment will guarantee that the robot makes it to the gray square without hitting a wall or a barrier (black square)?O A. function solveMaze(){moveForward();moveForward();rotateRight();while(canMove("forward")){moveForward();rotateLeft();moveForward();Mono( rotateRight();while (canMove("forward")){moveForward();rotateLeft();moveForward();function solveMaze(){О в.while (canMove("forward")){moveForward();rotateRight();moveForward();moveForward();rotateLeft();moveForward();O C. function solveMaze(){rotateRight();moveForward();rotateLeft();while (canMove ("forward")){moveForward();rotateRight();moveForward();moveForward();rotateLeft();moveForward();O D. function solveMaze(){rotateRight ();moveForward();rotateLeft();moveForward();while (canMove("forward")){moveForward();rotateLeft();moveForward();

Explanation: If bottom-leftmost block is labelled as (0, 0), The operations in option A will make…

2. Here is the API for a robot library. // moves the robot forward function moveForward(); // turns the robot to the left function rotateleft(); // turns the robot to the right function rotateRight(); // checks if a robot can move in any direction // direction {string} - the direction to be checked // return {Boolean} - true if the robot can move in that direction, otherwise returns false function canMove(direction); Which code segment will guarantee that the robot makes it to the gray square without hitting a wall or a barrier (black square)?