What practical problems can be solved with QTC pills?

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SUMMARY

The discussion centers on the practical applications of QTC pills in sensor-related physics projects. Participants suggest exploring various sensor projects, particularly using Arduino, to test the properties of QTC pills. Ideas include measuring sound frequencies with a microphone and oscilloscope or experimenting with light-dependent resistors (LDRs) under different colored lights. The conversation highlights the need for practical problem-solving using QTC pills in sensor applications.

PREREQUISITES
  • Understanding of QTC (Quantum Tunneling Composite) technology
  • Familiarity with Arduino microcontroller programming
  • Basic knowledge of sensor types, including microphones and LDRs
  • Experience with circuit design and integration
NEXT STEPS
  • Research Arduino sensor projects specifically involving QTC pills
  • Explore the integration of QTC pills into electronic circuits
  • Investigate the properties of sound frequencies and their measurement techniques
  • Learn about light-dependent resistors (LDRs) and their applications in sensor technology
USEFUL FOR

This discussion is beneficial for physics students, electronics enthusiasts, and educators seeking innovative project ideas involving sensors and QTC technology.

richnfg
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I thought this would have to go in the homework topic, but its not really homework its more off a project - so I posted here. :P

I need to do a project for my physics coursework involving sensors and it can be pretty much anything as long as it involves sensors. I've been stuck for ideas (all the obvious ones have been taken and everyone has to do something different) and my teacher said to look into QTC pills and maybe do something around there.

I really just can't think what to do... :mad:

Anyone have any ideas what I can test with a QTC pill (oh yeah, it has to be related to a practical problem too)?

Here's an example of what someone has done: have different frequencies of a sound and keep it at the same volume. Put a microphone near it (with an oscilloscope) and see if different frequencies produce different results. Or testing an LDR with different coloured light at the same intensity.

Thanks in advance, Rich.

EDIT: how do these pills actually get used in a circuit? How do you include them? :confused:
 
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Gotta be a record!

14.9 years for a response. :)) :))
 
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Tom.G said:
Gotta be a record!

14.9 years for a response. :)) :))
I think I have replied to a thread posted in 2003, so this should be the second in the list.
 
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Darn! I had some great ideas too!
 
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