The reason for this lies in the atomicity of Nitrogen an phosphorous.
Nitrogen exists as a diatomic molecule whereas phosphorous exists as P4
molecule. Therefore, the nature of interactions in phosphorous are stronger as compared to nitrogen and hence it has a higher melting point than Nitrogen and exists as solid at room temperature.
Nitrogen forms molecules N2, whereas phosphorus forms larger molecules such as P4.(Phosphorus has a number of allotropes). The underlying reason is that nitrogen a second period element can form double bonds to itself much better than P which is in period 3.
2 of the Nitrogen family Are Non-MetalsNitrogen:- Non-metalPhosphorous:- Non-metalArsenic:-MetalloidAntimony:- MetalloidBismuth:- Metal
Phosphorus is typically in a solid state at room temperature. There are different allotropes of phosphorus, with the most common form being white phosphorus, which is a waxy solid.
Phosphorus is a solid at room temperature. It exists in different allotropes, with white phosphorus being the most reactive and common form at room temperature.
At normal temperatures, phosphorus is a solid.
Nitrogen forms molecules N2, whereas phosphorus forms larger molecules such as P4.(Phosphorus has a number of allotropes). The underlying reason is that nitrogen a second period element can form double bonds to itself much better than P which is in period 3.
Yes, nitrogen is found as N2 and is a gas at room temperature whilst phosphorus is found as P4 and is a solid at room temperature.
There are 4 nitrogen family elements that are solid at room temperature: phosphorus, arsenic, antimony and bismuth.
2 of the Nitrogen family Are Non-MetalsNitrogen:- Non-metalPhosphorous:- Non-metalArsenic:-MetalloidAntimony:- MetalloidBismuth:- Metal
Phosphorus is typically in a solid state at room temperature. There are different allotropes of phosphorus, with the most common form being white phosphorus, which is a waxy solid.
Phosphorus is a solid at room temperature. It exists in different allotropes, with white phosphorus being the most reactive and common form at room temperature.
Presumably, phoshophorus at room temperature, would be at ... room temperature. It would be solid and melt at 44.2°C (white phosphorus: 111.56°F) or 610°C (black phosphorus: 1130°F)
At normal temperatures, phosphorus is a solid.
The only element in nitrogen family with 16 neutrons is the element Phosphorus (symbol: P). However it is a solid at room temperature and not gas.
Phosphorus is a solid chemical element up to 44,2 0C - the melting point of the allotrope white phosphorus.
No. Phosphorus is solid at room temperature and is highly reactive.
Nitrogen can be obtained as a solid at very low temperature, under -210 0C. At room temperature nitrogen is a gas.