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1. Gather your materials. You will need a soldering iron, solder, an Arduino Uno board, a vibration/acceleration sensor, and a 9V battery. 2. Connect the components. Start by connecting the 9V battery to the Arduino board. Then solder the vibration/acceleration sensor to the Arduino board. 3. PrograRead more
1. Gather your materials. You will need a soldering iron, solder, an Arduino Uno board, a vibration/acceleration sensor, and a 9V battery.
2. Connect the components. Start by connecting the 9V battery to the Arduino board. Then solder the vibration/acceleration sensor to the Arduino board.
3. Program the Arduino. Using the Arduino programming language, write a code that will detect when the vibration/acceleration sensor registers a large enough signal that would indicate an earthquake.
4. Connect the output. Now connect the Arduino’s output to an alarm, such as a buzzer or light.
5. Test your alarm. Finally, test the alarm by shaking the sensor, or simulating an earthquake by playing a recording of an earthquake sound. If it works correctly and sets off the alarm, you’re all done!
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