Write an article based on this "Move your robot with the Move operation. Perform other operations like shooting using the Motor command. Use sensors to allow your robot to interact with its environment. Use action operations to get your robot to perform actions."
This operation has two gears on it. Add it to your program and then configure the settings. Use the ports that are connected to the tires to move your robot. If you've connected the wheels to ports B and C, make sure the Move is set to use ports B and C.  Move forward or backward, or stop altogether, by setting the direction. Turn using the steering controls. Move forward for a set number of rotations, a certain amount of time, or a number of degrees. Or set the duration to "Unlimited" to have your robot move until it receives a command, later in the program, to stop. In the Shooterbot tutorial, your shooter plugs into port A. To control this, use a Motor operation (depicted by just one gear) that activates port A. Configure the settings to control the precise operation of this motor by setting the direction (forward, backward, or stopped), action, power level, and duration of the motion.  Unchecking "Wait for Completion" allows the robot to begin executing the next commands in your program before completing the motion controlled by the Motor operation. This can allow your robot, for instance, to move and shoot at the same time. The Motor command will execute any operation performed by the motor it controls. Build your robot such that the motor lifts up a tray, shoots a ball, turns the robot, or anything else you can think of. This command allows for creativity and flexibility in your robot's performance; take advantage of it. Hook up ultrasonic, touch, and color sensors to the intelligent chip's ports, and use them to sense light, color, sound, and touch. Your robot can also keep track of time and rotation. These sensors allow your program to perform actions only when they are activated. For instance, you could have a program say "Red" when it detects the color red, but not when it detects the color blue. These can include turning on or off a colored light, playing sound from a sound file, displaying an image or text on the intelligent brick's screen, or sending a message over Bluetooth.