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Experimental Documentation

Team Members

  • [Team Member 1 Name]
  • [Team Member 2 Name]
  • [Team Member 3 Name] (if applicable)

Temperature Sensor (TMP36) Experiments

Experiment 1: [Experiment Name]

Procedure:

  • [Describe what you did]

Observations:

  • [What did you observe?]

Code (if different from README):

// Your modified code here (if applicable)

Results:

  • [What did you learn?]

Experiment 2: [Experiment Name]

Procedure:

  • [Describe what you did]

Observations:

  • [What did you observe?]

Code (if different from README):

// Your modified code here (if applicable)

Results:

  • [What did you learn?]

Soil Moisture Sensor Experiments

Experiment 1: [Experiment Name]

Procedure:

  • [Describe what you did]

Observations:

  • [What did you observe?]

Code (if different from README):

// Your modified code here (if applicable)

Results:

  • [What did you learn?]

Experiment 2: [Experiment Name]

Procedure:

  • [Describe what you did]

Observations:

  • [What did you observe?]

Code (if different from README):

// Your modified code here (if applicable)

Results:

  • [What did you learn?]

Photoresistor Light Sensor Experiments

Experiment 1: [Experiment Name]

Procedure:

  • [Describe what you did]

Observations:

  • [What did you observe?]

Code (if different from README):

// Your modified code here (if applicable)

Results:

  • [What did you learn?]

Experiment 2: [Experiment Name]

Procedure:

  • [Describe what you did]

Observations:

  • [What did you observe?]

Code (if different from README):

// Your modified code here (if applicable)

Results:

  • [What did you learn?]

Suggested Experiments

Temperature Sensor (TMP36)

  1. Room temperature vs. holding the sensor (body heat)
  2. Ice water vs. warm water temperature readings
  3. Measure temperature at different locations in the room
  4. Calculate temperature in both Celsius and Fahrenheit

Soil Moisture Sensor

  1. Completely dry vs. completely wet readings
  2. Test different moisture levels (dry, slightly damp, wet, submerged)
  3. Compare different materials (soil, sand, water, air)
  4. Determine threshold values for "needs watering" alerts

Photoresistor Light Sensor

  1. Bright light (flashlight) vs. darkness (cover sensor)
  2. Natural light vs. artificial light readings
  3. Different distances from light source
  4. Determine threshold values for "too dark" or "bright enough"

Multi-Sensor Challenge (Optional)

Combine all three sensors to create a "plant health monitor" that:

  • Displays temperature
  • Displays soil moisture level
  • Displays light level
  • Uses LED or buzzer to alert when conditions are unhealthy

Code:

// Your multi-sensor code here (if you completed the challenge)