The following grid contains a robot represented as a triangle. The robot is initially facing right. The robot is intended to reach to the red circle. Note that the robot can move into a white cell while the black ones are blocked and therefore, the robot can't pass through them. The table below illustrates the commands that are used to build the algorithm along to their description:, refer to the grid in previous slide and the below table and build the suitable algorithm to move the robot to reach the red circle. You gave to add a screenshot for the grid, decide (draw the path that the robot will follow and then write the algorithm), Submit the word document here. Command MOVE_FORWAND Description The robot moves one square forward in the direction it is facing The robot rotates in place 90 degrees counterclockwisele, makes an in-place left turn) ROTATE_LAPTO ROTATE RIGHT) The robot rotates in place 90 degrees clockwise tie, makes an in- place right turn). CAN_MOVI(direction) Evaluates to true if there is an open square one square in the direction relative to where the robot is facing; otherwise evaluates to false. The value of direction can be left, right, forward, or backward