nitrogen has lower mass and weaker molecular forces of attraction
The boiling point as stated is 59C, the melting point is -7C, so at 21C it is at a higher temperature than the melting point but lower than the boiling point, so hence is in a liquid state ( at 59C or higher it would be converted to gas, at -7C or lower it would solidify ).
The boiling point of nitrogen is -195.79 degrees Celsius.
Bromine is a liquid at room temperature, with a boiling point of 58.8 degrees Celsius. So at degrees Celsius higher than its boiling point, bromine would be in its gaseous state.
The melting point of bromine is -7.2°C, and the boiling point is 58.8°C.
Bromine is in liquid phase at room temperature.
The boiling point of bromine under a pressure of 75 kPa is approximately 58°C. At this pressure, the boiling point of bromine is lower than its usual boiling point of 58.8°C at standard atmospheric pressure.
It depends what chemical or compound you are comparing the boiling point to. Ethanol has an atmospheric pressure boiling point of 78.1 °C (172.6 °F). This is slightly lower than the boiling point of water at the same pressure, much lower than the boiling point of iron, much higher than the boiling point of bromine.
Boiling point 58.78°C Melting point 7.2°C
The boiling point as stated is 59C, the melting point is -7C, so at 21C it is at a higher temperature than the melting point but lower than the boiling point, so hence is in a liquid state ( at 59C or higher it would be converted to gas, at -7C or lower it would solidify ).
No, chlorine has a lower boiling point than bromine. Bromine has a boiling point of 332.0 K (58.8 °C, 137.8 °F) Chlorine has a boiling point of 239.11 K (-34.4 °C, -29.27 °F) I have been assigned a homework assignment to the purpose of explaining why this is, although I have no clue... yet. The reason for this is that the London Dispersion Force in Bromine is higher than that of Chlorine. London Dispersion Force depends on the polarizability which consists of two parts: number of electrons in each of these two diatomic molecules and the diffuse cloud (which mainly is the size of the molecule). Because Bromine has more electrons than Chlorine (35 to 17) and Bromine is larger than Chlorine (Period 4 > Period 3). Because of the above, Bromine has higher intermolecular force, London Dispersion Force specifically than Chlorine. Thus, it requires more energy to break the bonds between Bromine molecules than Chlorine molecules. In term of thermodynamics, Bromine has higher boiling point than Chlorine.
The boiling point of lithium is 1342 °C. The boiling point of nitrogen is -195.79 °C.
Bromine (Br) Melting point: 265.8 K, -7.2 °C, 19 °F Boiling point: 332.0 K, 58.8 °C, 137.8 °F
The boiling point of nitrogen is -195.79 degrees Celsius.
Bromine is a liquid at room temperature, with a boiling point of 58.8 degrees Celsius. So at degrees Celsius higher than its boiling point, bromine would be in its gaseous state.
The melting point of bromine is -7.2°C, and the boiling point is 58.8°C.
When water is a liquid, nitrogen is in a gaseous state. Nitrogen has a boiling point of -196°C, much lower than the freezing point of water, so it will be gaseous at room temperature when water is in a liquid state.
Melting point −209.86°C; boiling point −195.8°C