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Detector Building Arduino_salinometer, BIBLIOGRAPHY:, Science Olympiad Inc…

- - - - Raspberry Pi
      - TI Innovator
      - Arduino
    - - produce voltage which varies depending on temperature
      - built with
        
        NTC/PTC thermistor
        
        legal analog output temperature device
      - minimum 30 cm in length
        
        must be immersible up to 15 cm of water
  - - - temperature in °C
      - potential in Volts
  - - - red
      - green
      - blue
- - - - We also have to use technology for making the real life connections successful. Without programming, the whole device wouldn't function.
  - - - Related because we need to understand how particles behave in water (thermochemistry) for establishing a certain temperature.
  - - - Related because
        
        Understand relationship between voltage, resistance and temperature to convert the analog readings to temperature in °C
        
        For making the connections between the breadboard, the Arduino and the LEDs and the sensor, we need to know how a basic circuit works
        
        To understand how Arduino works (GND, 5V, 3.3V and other pins)
- - - - Includes a processor, memory and input/output (I/O) peripherals on a single chip.
  - - - Arduino boards are able to read inputs - light on a sensor, a finger on a button and turn it into an output - activating a motor, turning on an LED.
  - - - Include low-level access to memory, and clean style which make it suitable for system programmings.
  - - - Lets you send and receive text messages, handy for debugging and also controlling the Arduino from a keyboard
  - - - Vast majority of Arduino analog pins may be configured, and used, in exactly the same manner as digital pins
  - - - enables to do work
  - - - causes energy dissipation
  - - - shown by a thermometer or perceived by touch.
  - - - Prime function is to exhibit a large, predictable and precise change in electrical resistance when subjected to a corresponding change in body temperature
- - - - with a
        
        laptop
        
        calculator
    - - Sheet protectors permitted
    - - to calibrate equipment and use as a reference
  - - - paper cups
      - Styrofoam cups
      - bowls
  - - - design
      - construction
      - programming
      - operation of the device
- - - - Scatter plot graph with this data with temperature on the Y axis and voltage on X rays
    - - Equation of this mathemathical model used to convert measured voltage to the corresponding temperatures in °C highlighted for easy identification
- - - - Can use design logs to calibrate sensor
    - - 2 minutes for each 4 samples
        
        Supervisor will take note of
        
        Voltage and temperature to the neasrest 0.1 °C
        
        LED color
        
        Temperature of calibration thermometer
  - - - Relationship between resistance, voltage and temperature
      - Theory of LEDs, working principles and applications
      - Process of calibration/ working with raw data and determining real world relationships
      - Operational knowledge on basic device components
    - - Must be in metric units with appropiate significant figures
      - Don't use any laptops