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.
solid solid
solid
Phosphorus is a 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.
Nitrogen can be obtained as a solid at very low temperature, under -210 0C.
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.
solid 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.
solid
Phosphorus is a solid 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)
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.
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.
Nitrogen and Phosphorus.