Kelvin's thunderstorm\water dropper

  • Context: Undergrad 
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SUMMARY

The discussion focuses on Kelvin's thunderstorm/water dropper experiment, emphasizing measurable parameters such as voltage produced, net average current and power, time to produce a given charge, and the net efficiency of converting potential energy into electrical power. Participants are encouraged to explore these metrics to enhance their presentations and understanding of the experiment's outcomes. The conversation highlights the importance of quantifying these variables for a comprehensive analysis of the system's performance.

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  • Understanding of electrical measurements (voltage, current, power)
  • Basic principles of energy conversion
  • Familiarity with efficiency calculations in physics
  • Knowledge of experimental design and data collection methods
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  • Research methods for measuring voltage and current in experimental setups
  • Explore calculations for energy conversion efficiency
  • Investigate time measurement techniques for charge production
  • Learn about data analysis methods for experimental results
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Students, educators, and hobbyists interested in physics experiments, electrical engineering, and those looking to present scientific findings effectively.

MMS
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Hi guys,

So I've been wondering, if I were to do Kelvin's thunderstorm\water dropper experiment and present it in front of people, what things can I actually measure (for example, something as a function of the other or the dependency between two things)? Or in other words, what calculations and measurements can I actually write down and check with my system?Thank you and happy holidays.
 
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anyone?
 
Some obvious things come to mind:
- volts produced
- net average current and power
- time to produce a given charge
- net efficiency of converting potential energy of the water into electrical power
 

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