Different forms of energy are coverted into electrical impulses

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Discussion Overview

The discussion revolves around experiments that demonstrate the conversion of different forms of energy into electrical impulses. Participants explore simple experimental setups and applications related to energy conversion, particularly in the context of communication devices.

Discussion Character

  • Exploratory, Homework-related

Main Points Raised

  • One participant suggests turning on a flashlight or an iPod as a simple demonstration of chemical energy converting to electrical energy.
  • Another participant proposes using a photocell to power an LED or a bicycle tire-mounted generator to run a light, mentioning the historical context of bicycle lights.
  • A suggestion is made to create a cheap thermocouple to convert heat into electricity, indicating multiple potential approaches for experiments.
  • In response to a request for communication-specific examples, one participant states that the same energy conversion methods apply, listing batteries, fuel cells, photovoltaic cells, mechanical generators, thermocouples, thermionic converters, and beta-source generators as viable options for powering communication devices.

Areas of Agreement / Disagreement

Participants generally agree on the various methods of energy conversion that can be demonstrated through simple experiments, but there is no consensus on a specific experiment tailored to communication devices.

Contextual Notes

Some suggestions depend on the availability of materials and may require clarification on the definitions of energy conversion methods mentioned.

nath_quam
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What would be an experiment i could prefrom to show how different forms of energy are converted into electrical impulses?? Simple ones

Thanks Nath
 
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you could turn on a flashlight. or an iPod.

(chemical energy -> electrical something-or-nother -> something else)
 
Thanks any other good ideas??
 
You could also use a photocell to run an LED, or take (if they still exist) a bicycle tire-mounted generator to run a light. That's how bicycle lights were powered when I was a kid. You might also be able to come up with a cheap thermocouple, which translates heat into electricity. Really, there are dozens of approaches.
 
What is one specific to communication eg radios faxes and televisions
 
In that regard, I'd say that the options are still the same. Your question was regarding making electricity; what you use it for in the long run is irrelevant. Batteries, fuel cells, photovoltaic cells, mechanical generators, thermocouples or thermionic converters, beta-source generators... they'll all run communications devices of any kind as long as the produced wattage meets the requirements.
 

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