Lavoisier showed that by concentrating the Sun's rays (through a magnifying glass), on a diamond in an oxygen atmosphere, that diamond could be burnt, and gave off the same quantity of CO2 as would a piece of carbon. The temperature for this combustion starts around 700 oC.
In an inert gas, diamond will revert to graphite at about 1700 oC.
Argon is a noble gas and exists as a gas at room temperature.
Diamonds that turn blue under ultraviolet light have trace elements of boron in their crystal structure. These boron impurities absorb ultraviolet light and emit a blue fluorescence, causing the diamond to appear blue under UV light.
This is known as the "Critical Temperature". For example, CO2 has a critical temp of 31.2 degrees C and NH3 has a critical temp of 132 degrees C
When you turn on a burner on a gas stove, chemical energy from the gas molecules is converted into heat energy through combustion. This heat energy is then utilized for cooking or heating purposes.
The state that requires the most energy to turn it into a gas is a solid, as it needs to overcome intermolecular forces holding its structure together.
Potatoes do not turn into diamonds.
Ammonia liquid turns into gas at -28 degrees Fahrenheit (-33 degrees Celsius).
gas at room temp
No, breathing out diamonds in their gas state is not possible. Diamonds are a solid form of carbon and cannot exist as a gas in the way that oxygen, nitrogen, or other gases do. This concept does not align with the properties of diamonds.
a gas.
In their natural state, diamonds are a solid.
All diamonds are formed from carbon, which is not a gas.
It's a gas.
No.
An average is 130 f. If you have small children, turn it down to 120f at the regulator if gas, or the knob on the lower element if electric.
Room temp
Critical temperature