Tecnological Electromagnetic Question

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The discussion centers on determining the minimum electrical requirements for creating a magnet capable of spinning a 50-gram steel object at 150,000 to 200,000 revolutions per minute (rpm). Participants inquire about the smallest electrical engine currently available that can achieve this feat. The Dyson vacuum motor, which exceeds 100,000 rpm, is highlighted as a relevant example of advanced technology in this field. The conversation emphasizes the relationship between mass, acceleration, and engine capabilities in achieving high rotational speeds.

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TheAzn
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What is the smallest amount of electricity (volts, amps?) required in order to create a magnet capable of spinning a 50 grams steel object 150,000 - 200,000 rounds per minute (rpm)?

Phrased another way: What is the smallest electrical engine capable of doing that at the present? 50 grams might not seem like much, but it is when it comes to spinning it 200,000 rpm.

This is not for homework; instead, I'm just curious about what is going on with our latest technology at the present.
 
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TheAzn said:
What is the smallest electrical engine capable of doing that at the present?
This one looks pretty small, and gets over 100k:
http://www.telegraph.co.uk/technolo...veils-worlds-fastest-motor-in-new-vacuum.html

TheAzn said:
50 grams might not seem like much, but it is when it comes to spinning it 200,000 rpm.
The attached mass affects acceleration and required support of imbalance, not the top RPM of the engine.
 

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