Difference between revisions of "E/m tube--circular e-beam"

From UO Physics Demonstration Catalog

 
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em tube-circular e beam.gif|
{{NewDemo|subject=Electricity and Magnetism|topic=Magnetic Fields and Forces|file1=em tube-circular e beam.gif|file2=Electron_Beam_in_uniform_B_field_mp4.mp4|file3=EOVERmApparatusWiringDiagram.png|file4= EOVERmApparatusWiredPhoto.jpg}}
Electron_Beam_in_uniform_B_field_mp4.mp4|Caption2
</gallery>
{{NewDemo|subject=Electricity and Magnetism|topic=Magnetic Fields and Forces|file1=em tube-circular e beam.gif|file2=Electron_Beam_in_uniform_B_field_mp4.mp4|file3=EOVERmApparatusWiringDiagram.png}|file4= EOVERmApparatusWiredPhoto.jpg}


'''Location:
'''Location:
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* Tube: Shelf L-2
* Tube: Shelf L-2
* Power Supply: Shelf K-3
* Power Supply: Shelf K-3
* To calculate e/m you will need to include the voltmeter and ammeter in the wiring diagram
* To measure e/m you will need to include the voltmeter and ammeter shown in the wiring diagram. Directions for making this calculation can be found in [https://physdemo.uoregon.edu/images/7/73/Pasco_e_m_apparatus.pdf this document]

Latest revision as of 15:44, 7 January 2025

Return to Magnetic Fields and Forces

Em tube-circular e beam.gif
EOVERmApparatusWiringDiagram.png
EOVERmApparatusWiredPhoto.jpg

Description:

Location:

  • Tube: Shelf L-2
  • Power Supply: Shelf K-3
  • To measure e/m you will need to include the voltmeter and ammeter shown in the wiring diagram. Directions for making this calculation can be found in this document