Nothing can be over 360 degrees. The angle 2000 degrees is not real as it cannot be drawn nor expressed.
1 over 10 of 2000 = 2000/10 = 200
pi over three is 60 degrees.
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.
its over 2000 degrees f
Nothing can be over 360 degrees. The angle 2000 degrees is not real as it cannot be drawn nor expressed.
A typical house fire can reach temperatures of around 1,100 degrees Fahrenheit to 1,600 degrees Fahrenheit.
The alkaline earth element with a boiling point over 2000 degrees Celsius on the periodic table is Beryllium.
Beryllium (Be)
2,000 degrees in the fire blanket.
Yes, fireworks can reach temperatures of over 2000 degrees Fahrenheit (1093 degrees Celsius) when they explode. This intense heat is necessary to create the colorful displays and loud sounds associated with fireworks.
I am Berylium, Be, Atomic number 4 and I have a boiling point of 2970 degrees celsius.
2000 degrees Celsius is equivalent to 3632 degrees Fahrenheit.
Under ideal conditions, a fire can reach temperatures exceeding 1,400 degrees Celsius (2,500 degrees Fahrenheit). However, the temperature of a fire can vary depending on the fuel source and environmental factors.
The average temperature in Toronto, Ontario in December over the past ten years (2000-2010) was approximately 0 to -5 degrees Celsius. December tends to be cold in Toronto with some variations year to year, but generally staying within that range.
Blue fire is hotter than red fire, with blue flames reaching temperatures around 3000 degrees Fahrenheit compared to red flames which typically burn around 1000-2000 degrees Fahrenheit. The color of a flame is determined by the temperature and the substances being burned.