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Electromagnetic Force Fields VS. Magnetic Cannonball (Patreon)

Published:
2018-02-28 00:28:44
Imported:
2026-06
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Content

Here's a new video! No charge to Patrons for this one, I hope you enjoy!

This video will be live to the public tomorrow.

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Electromagnetic Force Fields VS. Magnetic Cannonball

This video tests a question: can induced magnetic fields in copper stop a magnetic bullet? Get a free audiobook through my sponsor Audible by signing up for a free trial here: http://audible.com/nighthawk Or by texting the code 'nighthawk' to number 500-500. I hope you enjoy this video, this was a fun one to test. Dozens more comments came in on my last video about this subject while I was filming so I hope this answers some questions. Thank you to my Patreon supporters to continue to make these videos happen! A special thanks to my top Patrons: Syniurge, Matthew Leitzke, TheBackyardScientist, Enzo Breda Lee, John Johnson, & Thibaud Peverelli! https://www.patreon.com/NightHawkProjects

Comments

U.S. Water Rockets

Would this work better if the magnet was not spherical? It seems like those magnets were not nearly as strong as the others.

NightHawkInLight
>>10445033

I think the shape is likely unimportant, but the size is certainly. The sphere magnet is the same grade as the larger ones, but with increasing size the total strength increases faster than the mass of the magnet. So a larger magnet might have a better chance of slowing than for a smaller one.