This value is 0,645.10(ex23) molecules.
The temperature of the nitrogen at room temperature is whatever the temperature of the room is.
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.
That depends on the dimensions of the room, what is in it, what the temperature is, and what the pressure is. If the room is empty except for air (nitrogen, oxygen, small amounts of other gases) then it has a different number of atoms/molecules than if it contains different gases, liquids, or solids. Temperature and pressure also matter a great deal.
Anything at room temperature is regarded neither cold nor hot. <><><><><> If the question meant "Is nitrogen solid, liquid, or gaseous at room temperature?", then the answer is gaseous.
Yes
The temperature of the nitrogen at room temperature is whatever the temperature of the room is.
Oxygen and nitrogen have equal average kinetic energy per molecule at room temperature. This is assuming that both oxygen and nitrogen molecules are in fact at room temperature.
Many gases are made of molecules and exist at room temperature. The atmosphere is mainly oxygen and nitrogen, both these have molecules with two atoms. O2 and N2. Then there are small amounts of other gases like carbon dioxide CO2, methane CH4, sulphur dioxide SO2. So there are plenty of molecules.
Nitrogen is a gas under room temperature. It is in fact the most abundant gas in ourr atmosphere. Nitrogen can also be in the form of liquid nitrogen which can be used to make ice cream and create smoke for culinary decoration.
Nitrogen can be obtained as a solid at very low temperature, under -210 0C. At room temperature nitrogen is a gas.
Nitrogen is a gas at room temperature. It makes up almost 80% of the air we breathe.
Liquid nitrogen can be kept at room temperature at sufficient pressure. Otherwise, it is a gas.
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.
elements exist as diatomic molecules at room temperature: H - Hydrogen N - Nitrogen O - Oxygen F - Fluorine Cl - Chlorine Br - Bromine I - Iodine elements exist as polyatomic molecules at room temperature: S - Sulfur (8) Se - Selenium (8) P - Phosphorus (4)
Yes
Gas. At least for ambient conditions normally found on earth.
That depends on the dimensions of the room, what is in it, what the temperature is, and what the pressure is. If the room is empty except for air (nitrogen, oxygen, small amounts of other gases) then it has a different number of atoms/molecules than if it contains different gases, liquids, or solids. Temperature and pressure also matter a great deal.