No, not only phosphorus can form stable compounds. Many elements can combine to form stable compounds depending on their chemical properties and bonding capabilities. These compounds can be created through various chemical reactions involving different elements.
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Zero. Only neutral ionic compounds are stable
This compound could possibly exist, but it would be very unstable towards decomposition to PH3 and H2. One could propose either an ionic (PH4+H-) or covalent structure for this compound. The covalent structure would involve an expanded valence shell involving d2sp3 hybrid orbitals. For phosphorus, valence shell expansion is usually favored by bonding to electronegative elements such as halogens. Since hydrogen is of similar electronegativity to phosphorus, this covalent structure would not be favored. Concerning the possible ionic structure, the hydrogen atoms bonded to PH4+ have some protic character. Therefore they would readily react with the hydride ion to form H2. If PH5 could be made, it would be stable only at very low temperatures under very high pressures.
The empirical formula for phosphoric acid is H3PO4. Its molecular formula is P2O5·3H2O. It is composed of the elements hydrogen, phosphorus and oxygen. Most solutions of phosphoric acid are composed of some amount of H3PO4 in water, H2O.For more information about phosphoric acid, see the Web Links to the left.
Generally P3- ion in phosphides (so, charge is -3)
Phosphorus-31 is the only stable isotope of phosphorus and has 16 neutrons.
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There are several isotopes of Phosphorus (P), all of which have 15 protons. Only one stable isotope exists in nature, having 16 neutrons. 31P has 16 neutrons 32P has 17 neutrons (synthesized radioisotope) 33P has 18 neutrons (synthesized radioisotope)
Phosphorus (P) has 15 protons and 15 electrons. Phosphorus-31, the only stable isotope of Phosphorus, has 16 neutrons.
Phosphorus is a mineral. It can only be found in nature.
Yes. It is Phosphorus Trifluoride. Uh, no. Phosphorus and fluoride are both nonmetals and both form anions. Thus, PF3 is a molecular compound. Also, that PF3 is called phosphorus TRIfluoride should indicate to you that it is a molecular compound, because only molecular compounds have prefixes.
No, it is quite reactive, at least far more than its inert group 15 predecessor Nitrogen: White Phosphorus (P4 allotrope) ignites at 30 °C (!)
Zero. Only neutral ionic compounds are stable
This compound could possibly exist, but it would be very unstable towards decomposition to PH3 and H2. One could propose either an ionic (PH4+H-) or covalent structure for this compound. The covalent structure would involve an expanded valence shell involving d2sp3 hybrid orbitals. For phosphorus, valence shell expansion is usually favored by bonding to electronegative elements such as halogens. Since hydrogen is of similar electronegativity to phosphorus, this covalent structure would not be favored. Concerning the possible ionic structure, the hydrogen atoms bonded to PH4+ have some protic character. Therefore they would readily react with the hydride ion to form H2. If PH5 could be made, it would be stable only at very low temperatures under very high pressures.
No it is a compound. Easily distinguishable as such because not only does it contain the mono- prefix but it also contains the modified name of Fluorine and Phosphorus.
The compound PCl don't exist; all phosphorous chlorides are binary compounds.
The empirical formula for phosphoric acid is H3PO4. Its molecular formula is P2O5·3H2O. It is composed of the elements hydrogen, phosphorus and oxygen. Most solutions of phosphoric acid are composed of some amount of H3PO4 in water, H2O.For more information about phosphoric acid, see the Web Links to the left.