To achieve temperatures over 2000 degrees Fahrenheit, you'll need specialized equipment, as typical combustion processes won't suffice. Using high-temperature furnaces, such as electric arc furnaces or plasma torches, can reach these levels. Additionally, materials like magnesium or thermite reactions can produce intense heat, but they require careful handling due to their reactive nature. Always prioritize safety and proper ventilation when working with such extreme temperatures.
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Nothing can be over 360 degrees. The angle 2000 degrees is not real as it cannot be drawn nor expressed.
pi over three is 60 degrees.
1 over 10 of 2000 = 2000/10 = 200
30 degrees
Fire is the rapid oxidation of a combustible material. There is no such thing as 'too cold' for fire.Fire only requires "food", heat, and oxygen. Negative 30 degrees Fahrenheit wouldn't actually BE -30 degrees for the fire, because the fire itself would heat up the surrounding area. If the fire ITSELF was -30F, then it would be instantly put out, because the combustion of the "food" would no longer be possible.