The reason why these elements form gases at room temperature is that the diatomic molecules that they both form have relatively little attraction for eachother, and therefore they move independently, which creates a gas.
Oxygen and nitrogen are gases at room temperature, while carbon and mercury are not.
At room temperature: Oxygen & Nitrogen are gases, Carbon is solid, & Mercury is a liquid.
Yes, most nonmetal gases are typically at room temperature. Examples include oxygen, nitrogen, and fluorine, which are all gases at room temperature.
True. At room temperature, oxygen, nitrogen, fluorine, and chlorine are nonmetals that exist as gases.
All of the noble gases (group 18) are gases at room temperature. In addition, fluorine, chlorine, oxygen, nitrogen, and hydrogen are gases at room temperature.
Carbon is a solid; oxygen, nitrogen and hydrogen are gases at room temperature.
Oxygen and nitrogen are gases at room temperature, while carbon and mercury are not.
At room temperature: Oxygen & Nitrogen are gases, Carbon is solid, & Mercury is a liquid.
Most nonmetals are gases at room temperature, such as oxygen, nitrogen, and fluorine. Some nonmetals, like sulfur and carbon, are solids at room temperature.
Yes, most nonmetal gases are typically at room temperature. Examples include oxygen, nitrogen, and fluorine, which are all gases at room temperature.
Oxygen
True. At room temperature, oxygen, nitrogen, fluorine, and chlorine are nonmetals that exist as gases.
All of the noble gases (group 18) are gases at room temperature. In addition, fluorine, chlorine, oxygen, nitrogen, and hydrogen are gases at room temperature.
It depends on which element we are talking about. Some elements, like oxygen and nitrogen, are gases at room temperature, while others, like mercury and bromine, are liquids, and some, like gold and silver, are solids.
All of the noble gases, hydrogen, nitrogen, oxygen, fluorine, and chlorine.
Yes. Both are gases at room temperature.
Hydrogen, nitrogen, oxygen, fluorine, chlorine, and all the noble gases exist as a gas at standard temperature and pressure.