The temperature sensor will have a motorized gear to move the temperature sensor between depth levels that were required. The housing for the motor will be 3-D printed taking care of one 3-D printed and the housing for the arduino and breadboard will also be 3-D printed making two 3-D printed parts in total. It will be able to connect the arduino with the extended arduino cord and a plexiglass backing. The LED will be able to indicate if the temperature of the water is at a dangerous level The Turbidity sensor will be able to protect the arduino and turbidity sensor by collecting water samples through the front pole and gathering the water into a basin within the box. The turbidity sensor then will be able to determine the turbidity of the sensor and from that indicate if the water is at a dangerous, normal, or above average, turbidity lighting up the corresponding LED. The cord then will be able to attach to the computer through a whole outside of the computer.
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May 2018
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