No, Fluorine is a gas.
Fluorine changes from a solid to a liquid at -219.67 degrees Celsius.
Fluorine is a gas at room temperature.
Fluorine is a dull, pale yellow gas at room temperature and pressure. It does not have a shiny appearance.
solid it cant break easily and particles stuck together
Fluorine will gain one electron to form F- (or fluoride) ion. Fluoride ion has a charge of -1.
The freezing point of fluorine is -219 degrees Celsius or -362 degrees Fahrenheit. At temperatures colder than this, fluorine will solidify and become a solid.
Fluorine is a gas.
Fluorine changes from a solid to a liquid at -219.67 degrees Celsius.
Fluorine is a gas at room temperature.
Fluorine has two solid forms, α- and β-fluorine. The latter crystallizes at −220 °C (−364 °F) and is transparent and soft, with the same disordered cubic structure of freshly crystallized solid oxygen, unlike the orthorhombic systems of other solid halogens. Nov 15 2019
Fluorine is a gas at room temperature and does not exhibit typical solid state properties like brittleness. As a gas, fluorine is not arranged in a lattice structure like solid materials, so it does not have the same mechanical properties that would make it brittle.
The melting point of the element fluorine is -219 degrees Celsius. At this temperature, fluorine changes from a solid to a liquid state.
No, they are both gasses.
That depends on the temperature and solid state phase. Fluorine solidifies at −220 °C (−363 °F) into a cubic structure, called "beta-fluorine". Beta-fluorine is soft - possibly owing to the generally disorganized arrangement of individual microscopic crystals. At −228 °C (−378 °F) fluorine undergoes a solid-solid phase transition to a monoclinic crystal structure called "alpha-fluorine". This phase is hard, with close-packed layers of molecules and a much more regular and extensive crystaline structure than beta-fluorine. Note that what we think we know about alpha-fluorine is based on work done by Nobel Laureate Linus Pauling and was quite tricky due to the very low temperatures required and the rather energetic reactions of fluorine with the materials usually used to hold chemicals.
To become more stable, fluorine is most likely to gain 1 electron and form F- ion.
Fluorine is a dull, pale yellow gas at room temperature and pressure. It does not have a shiny appearance.
If you mean fluorine, it is a gas at room temperature.