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For this project we used a temperature sensor to trigger a fan to turn on via the internet when the temperature exceeds a stated value.
We collected data using sensors to determine how temperature affects sound level in the orchestra room at Lane Tech.
Our project detects sound and the data is collected so that we can measure at what points in the day has the highest amount of volume.
H3LIS331DL is a low-power high performance 3-axis linear accelerometer belonging to the “nano” family, with digital I²C serial interface.
BMA250 is a small, thin, ultralow power, 3-axis accelerometer with high resolution (13-bit) measurement at up to ±16 g.
When the weather is higher than 65 F, the red LED will light up and when the weather is lower than 65 F, the yellow LED will light up.
We asked math teachers how they were feeling. They had the option of either responding with happy, indifferent, or sad.
By using PIR Proximity Sensors, we detected the amount of activity in the counseling office in order to help others plan their visits.
HYT939 is a digital humidity sensor which works on I2C communication protocol.
Using FileMaker 16 database software, we are able to send text to Particle Photon and display the information to 20x4 LCD module.
We created a box with buttons that represent a positive or negative emotion. Through these buttons we were able to see what emotion was felt
Fun, festive, and frivolous! It lights up and sends you a Christmas text!
Reward yourself for brushing your teeth each morning with a hot cup of coffee, made automatically courtesy of the particle photon!
This small little program will tell you who won whichever state you want to know about, complete with percentages displayed on 8 LEDs.
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