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Connect a female-to-feminine jumper wire from the Raspberry Pi’s GPIO4 pin to the sensor’s OUT pin. Connect a female-to-male jumper wire from the breadboard’s optimistic rail to the sensor’s VCC pin. Place a buzzer on the breadboard and connect the Raspberry Pi’s GPIO15 pin to the buzzer with a feminine-to-male jumper wire. Place an LED on the breadboard and connect the Raspberry Pi’s GPIO14 pin to the LED with a female-to-male jumper wire. Now that you’ve had the possibility to attach the Raspberry Pi to a wide range of inputs and outputs, you’re going to create a project that makes use of what you’ve learned thus far. With this final circuit, you’ve discovered the way to use Python on the Raspberry Pi to manage 4 completely different parts. In the next part, you’ll tie all of this collectively in a full project.