Creating Your Own Homemade Electroscope

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Discussion Overview

The discussion focuses on creating a homemade electroscope that provides measurable readings, exploring various methods for measurement and calibration. Participants discuss both visual and digital measurement techniques, as well as the process of converting measurements into voltage readings.

Discussion Character

  • Exploratory, Technical explanation, Homework-related

Main Points Raised

  • One participant expresses a desire for a homemade electroscope that can provide measurements and requests guidance on materials and construction.
  • Another participant suggests using a video camera for digital measurement or a graduated scale for visual measurement to determine the separation of the leaves.
  • A participant inquires about converting the measured separation into volts or kilovolts.
  • Another participant explains that calibration tests are necessary, recommending the application of known voltages to observe displacement and plot a calibration curve.
  • A participant acknowledges their limited knowledge on the topic and apologizes for any confusion in their communication.

Areas of Agreement / Disagreement

The discussion contains multiple viewpoints on measurement techniques and calibration methods, with no consensus reached on a specific approach for creating the electroscope.

Contextual Notes

Participants have not specified the exact materials needed for construction, and the discussion does not clarify the assumptions behind the proposed measurement methods or the calibration process.

TheQuietOne
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I want to make a electroscope but tried googling it and none made my criteria. What I want is a homemade electroscope that will give me a measurement, please tell what I would need and possibly a how to. Thank you
 
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Do you mean a digital measurement? You could use a video camera to measure the separation of the leaves and use that as a measurement.

Do you mean a visual measurement? You could put a graduated scale (i.e. a ruler) behind the leafs) then view them from the side and see which gradations are hidden by the leaves.
 
OK but how do I convert that measurement into volts/ kilovolts?
 
Just like any analog instrument, you must run calibration tests. First apply a series of known voltages, and observe the displacement. Use that to plot a calibration curve that relates displacement to voltage.
 
Thank you, as you might have figured, I'm not very knowledgeableabout tthis stuff.
Sorry about the mumbo jumbo my phone is acting weird
 

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