There have been several schools of thought on this matter over the last few thousand years. Is there a point at which a material can be rotated too many times? This question plagued early man as he struggled to design ever more efficient wheels and yoyos. The ancient egyptians were the first to discover that certain materials can not be rotated indefinitely. Alas that knowledge was never passed on as the materials wore out from use and were ultimately discarded and forgotten. 3000 degrees however, at less than 10 full revolutions of an object, would seems to be a hurdle that most materials could overcome. I could see where there could be problems if something like a marshmallow were used in a load bearing application and rotated. This was the problem the confronted the designers of fragile marshmallow ball bearings of the early 1920's. It didn't last 2 revoltions. Replace fragile material like marshmallow with stronger materials like chocolate or Titanium. For the most part however, 3000 degrees can be handled by most materials available to the public. Hope this helps.
Your Friend,
Philip Gene
Easily. A bic can produce a flame with a temperature of over 3000 degrees Fahrenheit.
3000 psi concrete weighs Approx 3900 Lb/yd3
3000 Before Christ
Take the end cap off, unscrew the screw in the handle, take off handle, put exact same new handle on, screw it down, put cap back on.
3000
Yes, when put into a furnace it is heated up to 2000 degrees to 3000 degrees, this would then pollute our atmosphere
Sparklers can reach temperatures of about 1800-3000°F (982-1649°C) when burning. It is important to handle sparklers with care and keep them away from flammable materials to prevent burns or fires.
3000 kelvin = 4,940.33 degrees Fahrenheit.
3000 degrees
Gold is a gas at 3000 degrees Celsius as its boiling point is 2808 degrees Celsius
5432 F
5000
the best material for the handle is wood, because it does not get hot and therefore will not burn your hand.
3000ºC = 5,432.0ºF
Just under 3000 degrees
Vinyl
bakelite