print("SOUTH = " + v1.get_direction()) #IV) Test the inherited turn_right method of Vehicle in Bicycle print("\nIV) Test the inherited turn_right method of Vehicle in Bicycle") v1.turn_right() print("WEST = " + v1.get_direction()) v1.turn_right() print("NORTH = " + v1.get_direction()) v1.turn_right() print("EAST = " + v1.get_direction()) v1.turn_right() print("SOUTH = " + v1.get_direction()) #V) Test the accelerate and decelerate methods in Bicycle print("\nV) Test the accelerate and decelerate methods in Bicycle") v1.accelerate() print(str(v1.get_top_speed()) + " = " + str(v1.get_current_speed())) v1.accelerate() print(str(v1.get_top_speed()) + " = " + str(v1.get_current_speed())) v1.decelerate() print("0 = " + str(v1.get_current_speed())) v1.decelerate() print("0 = " + str(v1.get_current_speed())) #VI) Test the inherited move method in Bicycle print("\nVI) Test the inherited move method in Bicycle") v1.move() print("(5,-3) = " + str(v1.get_location())) v1.accelerate() v1.move() print("(5,-28) = " + str(v1.get_location()))