Difference between revisions of "Human Conductor Circuit"
From UO Physics Demonstration Catalog
(Created page with "{{NewDemo|subject=Electricity and Magnetism|topic=Resistance, EMF, and Current|file1=Human Conductor.jpg}} A safety bulb is lit up when a conductive path connects the two leads. Works with upwards of 20 people. Brightness can vary with resistance and quality of contact to double as a good demonstration of resistance as well as conduction. You might also wet your hands and touch the leads to show a sudden decrease in resistance. Inserting a metal rod, a plastic rod, and...") |
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[[Category:Electricity and Magnetism]] | |||
[[Category:Resistance, EMF, and Current]] | |||
[[Category:Circuits]] | |||
Return to [[Resistance, EMF, and Current]] | |||
Return to [[Circuits]] | |||
[[File:Human conductor.jpg|right|frameless|400px]] | |||
'''Description:''' | |||
A safety bulb is lit up when a conductive path connects the two leads. Works with upwards of 20 people. Brightness can vary with resistance and quality of contact to double as a good demonstration of resistance as well as conduction. You might also wet your hands and touch the leads to show a sudden decrease in resistance. Inserting a metal rod, a plastic rod, and a resistive material in the circuit can show differences between conductors and insulators. NOTE: Does not work if people in circuit are wearing gloves. | A safety bulb is lit up when a conductive path connects the two leads. Works with upwards of 20 people. Brightness can vary with resistance and quality of contact to double as a good demonstration of resistance as well as conduction. You might also wet your hands and touch the leads to show a sudden decrease in resistance. Inserting a metal rod, a plastic rod, and a resistive material in the circuit can show differences between conductors and insulators. NOTE: Does not work if people in circuit are wearing gloves. | ||
Revision as of 12:00, 20 April 2022
Return to Resistance, EMF, and Current
Return to Circuits
Description: A safety bulb is lit up when a conductive path connects the two leads. Works with upwards of 20 people. Brightness can vary with resistance and quality of contact to double as a good demonstration of resistance as well as conduction. You might also wet your hands and touch the leads to show a sudden decrease in resistance. Inserting a metal rod, a plastic rod, and a resistive material in the circuit can show differences between conductors and insulators. NOTE: Does not work if people in circuit are wearing gloves.
Location:
- Bulb and Holder: DR 114
- Metal Rod: DR 122
- Plastic Rod: DR 68
